Angie Papple Johnston

Angie Papple Johnston joined the U.S. Army in 2006 as a Chemical, Biological, Radiological, and Nuclear Specialist. During her second deployment as part of Operation Iraqi Freedom, Angie became her battalion’s public affairs representative. She also served as the Lead Cadre for the Texas Army National Guard’s Recruit Sustainment program.

Articles From Angie Papple Johnston

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52 results
52 results
Multiplying and Reducing Fractions on the ASVAB Math Knowledge Test

Article / Updated 09-11-2024

Some questions on the ASVAB Mathematics Knowledge subtest may involve multiplying fractions. As you solve an equation, you may need to perform the extra step of reducing the fraction to make it easier to find the right answer. Multiplying fractions is easy. You just multiply the numerators and then multiply the denominators. Look at the following equation: You multiply 1 × 3 × 3 × 3 = 9 (the numerators) and then 2 × 4 × 5 = 40 (the denominators) to result in 9/40. Occasionally, when you multiply fractions, you end up with an extremely large fraction that can be simplified or reduced. To express a fraction in its lowest terms means to put it in such a way that you can’t evenly divide the numerator and the denominator by the same number (other than 1). A number that you can divide into both the numerator and the denominator is called a common factor. If you have the fraction 6/10, both the numerator (6) and the denominator (10) can be divided by the same number, 2. If you do the division, 6 ÷ 2 = 3 and 10 ÷ 2 = 5 you find that 6/10 can be expressed in the simpler terms of 3/5. You can’t reduce (simplify) 3/5 any further; the only other number that both the numerator and denominator can be divided by is 1, so the result would be the same, 3/5. Remember, you can’t use a calculator on the ASVAB, so multiplying large numbers can take extra steps and valuable time. You can make your work easier by canceling out common factors before multiplying. For example, suppose you have the following problem Multiplying the numerators (20 × 14) = 280, then multiplying the denominators (21 × 25) = 525, and finally reducing the fraction may require you to write out three or more separate multiplication/division problems. But you can save time if a numerator and denominator have common factors. Here, the numerator of the first fraction (20) and the denominator of the second (25) have a common factor of 5, so you can divide both of those numbers by 5: Your problem becomes The numerator of the second fraction (14) and the denominator of the first fraction (21) are both divisible by 7, so you can cancel out a 7: Divide 14 and 21 by 7. This changes the equation to a much simpler math problem.

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2024/2025 ASVAB For Dummies Cheat Sheet

Cheat Sheet / Updated 04-12-2024

Any professional military commander will tell you that knowing your enemy is the first step in winning a battle. After all, how can you expect to pass the Armed Services Vocational Aptitude Battery (ASVAB) if you don’t know what’s on the test? Here are some test-taking tips and key information about ASVAB test formats and subtests to help you score well, get into the service of your choice, and qualify for your dream job.

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ASVAB AFQT For Dummies Cheat Sheet

Cheat Sheet / Updated 11-01-2023

If you're thinking about joining the U.S. military, your Armed Forces Qualification Test (AFQT) score may well be the most important score you achieve on any military test. You need a qualifying score on the AFQT, or your plans for enlistment come to a dead end — and each branch of the military has its own minimum AFQT score requirements. Part of getting a high score on the AFQT involves brushing up on your math skills. You need to memorize key formulas and use proven test-taking strategies to maximize your chances for a high math score. The other part is making sure you have a firm grasp on English; in order to ace the language parts of the AFQT, you need a solid vocabulary and good reading comprehension skills.

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Top 10 Things to Know about Veterans Benefits

Article / Updated 10-23-2023

Veterans are often surprised at the number and types of benefits that are available. If you're just getting started in applying for veterans benefits, there are some basic things you should know. Nobody is going to hand you your benefits Unfortunately, that would be too easy. Instead, you have to know what benefits there are, you must find out what the eligibility criteria is to receive a particular benefit, you need to know which government agency is in charge of that benefit, and then you have to ask for the benefit. The definition of veteran varies when it comes to veteran benefits You would think, by now, that our government would agree on who is entitled to call themselves a veteran. You’d think so, but you’d be wrong. Unfortunately, there’s no single legal definition for the term veteran when it comes to veterans benefits. Because different benefits were enacted into law at different times by different Congresses, each benefit has varying qualification criteria. You can qualify for some benefits with just one day of military service. Other benefits require you to serve a minimum amount of time. Still others require that you meet certain conditions, such as having a disability resulting from military service. The government doesn't know if you're a veteran or not You’d also think that the government would have some kind of massive computer system that would have all the details about your service in the United States military. You would think Uncle Sam would know when you served, where you served, how long you served, what medals you may have earned, and what kind of discharge you received. Once again, you’d be wrong. You must prove you deserve veteran benefits Maybe in the future, but right now if you want a particular benefit, it’s up to you to prove your status as a veteran. You do this by providing copies of your military discharge paperwork. You might not need an honorable discharge to get veteran benefits You may be one of those who think that you need an honorable discharge to qualify for a veterans benefit. Many veterans believe that. The truth is, some benefits require an honorable discharge, but there are many benefits you can receive with a general or other than honorable discharge as well. "No" to veterans benefits doesn't always mean no You may ask for a benefit and be told no. You may be told that you’re not eligible for the benefit because of this or that, even though you believe that you meet the eligibility criteria. Maybe you asked for a benefit years ago, only to be told you don’t qualify, so you gave up. Maybe you were told no, and you don’t even know why. The Department of Veterans Affairs (VA) has developed a bad habit over the years of phrasing its rejection letters in such a way that even legal eagles couldn’t understand them. Fortunately, the agency isn’t allowed to do that anymore. A brand-new law (passed in September 2008 by your friendly neighborhood Congress critters) now requires the VA to use plain, simple, everyday language when it rejects a benefit claim. Wow! What a great idea! Why didn't anyone think of this before? Submit the right paperwork for your veterans benefit Even if the VA says no in simple, plain, everyday language, it doesn’t mean that it’s right. Most of the time when the VA rejects a claim, it’s because you didn’t provide the correct paperwork — what the VA calls supporting evidence. You can ask the VA to take another look at your case, and if it still says no (stubborn little rascal, isn’t it?), you can appeal the decision. There’s even a federal court that does nothing else but hears appeals for veterans benefit claims. Well-known veteran benefits You may be surprised to find out how many goodies are available to veterans and their family members. Some of these benefits are well-known, such as medical care and disability compensation. Other ell known goodies include free or low-cost medical care, cash payments directly from Uncle Sam, and plans designed to help you get a college degree or vocational training, Not-so-famous veterans benefits You may have never heard of other veteran benefits, ranging from loans to open a small business to free headstones when you finally move on to that big battlefield in the sky. In addition, you might not know there are programs that assist you in finding and getting your dream job, programs that help you buy a house or find a place to live in your golden years, shopping and travel perks, memorial and burial benefits, and services and programs available to surviving family members.

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You Are What You Speak: Improving Your Vocabulary, Improving Yourself

Article / Updated 08-04-2023

Having an extensive vocabulary can help you do well on the ASVAB Word Knowledge subtest. But even if you don’t have a huge vocabulary, the strategies in this section can help you make up for that. You can acquire vocabulary words in the short term as well as over a long period of time. Combining both approaches is best, but if you’re pressed for time, focus on short-term memorization and test-taking skills. Reading your way to a larger vocabulary In a world of DVDs, video games, and 17 billion channels on TV, the pastime of reading for enjoyment is quickly fading. To build your vocabulary, you have to read — it’s that simple. Studies consistently show that those who read for enjoyment have a much larger vocabulary than those who dislike reading. You have to see the words in print, not just hear someone say them. Besides, people can read and understand many more words than they could ever use in conversation. That doesn’t mean you have to start with Advanced Astrophysics. In fact, if you don’t read much, you can start with your daily newspaper, a news magazine, or any type of reading material that’s just a notch or two above what you ordinarily read. Choose topics that interest you. If you’re interested in the subject matter, you’ll enjoy reading more. Plus, you may learn something new! When you encounter a word you don’t know, try to understand what it means by looking at the context in which the word is used. For example, if you read, “The scientist extrapolated from the data,” and you don’t know what extrapolated means, you can try substituting words you do know to see whether they’d make sense. For example, the scientist probably didn’t hide from the data. She probably used the data to make some sort of decision, judgment, or guess. To confirm your understanding of the word, check your dictionary. Making predictions like this can help you remember a definition for the long term. You may even consider keeping a running list of terms you come across as you read, along with their definitions (see the following section). On the Word Knowledge subtest of the ASVAB, you often won’t be able to guess what a word means from its context (in many cases, there’s no context in the test because the words aren’t used in sentences). You also won’t be able to look the word up in the dictionary. But considering context and consulting a dictionary are two great ways to discover vocabulary words during your test preparation. Keeping a list and checking it twice Not long ago, an 11-year-old girl went through the entire dictionary and made a list of all the words she didn’t know. (The process took several months.) She then studied the list faithfully for a year and went on to win first place in the National Spelling Bee finals. You don’t have to go to this extent, but even putting in a tenth of her effort can dramatically improve your scores on the Word Knowledge subtest. One way to improve your vocabulary is to keep a word list. Here’s how that list works: When you hear or read a word that you don’t understand, jot it down or make note of it in your smartphone. When you have a chance, look up the word in the dictionary and then write the meaning on your list. Use the word in a sentence that you make up. Write the sentence down, too. Use your new word in everyday conversation. Finding a way to work the word zenith into a description of last night’s basketball game requires creativity, but you won’t forget what the word means. Arrange your list by related items so the words are easier to remember. For example, list the words having to do with your work on one page, words related to mechanical knowledge on another page, and so on. You can also find websites that offer lists of words if you spend a few minutes surfing. Try using search phrases such as “vocabulary words” and “SAT words.” Here are a few resources: Vocabulary.com: This site offers thousands of vocabulary words and their definitions, as well as interactive, adaptive games to help you learn. Dictionary.com and Thesaurus.com: Dictionary.com includes a great online dictionary and word of the day. The related site Thesaurus.com, which links back to the dictionary, gives you the same word of the day as well as lists of synonyms and antonyms. Merriam-Webster online: Merriam-Webster online (m-w.com) is another useful site with a free online dictionary, thesaurus, and word of the day. A ton of books exist to help build your vocabulary. Try Vocabulary For Dummies by Laurie E. Rozakis or SAT Vocabulary For Dummies by Suzee Vlk, both published by Wiley. These books are great resources designed to help you improve your word-knowledge skills. Crosswords: Making vocabulary fun My grandma always kept a book of crossword puzzles in the center of her kitchen table — and she always kept an ink pen inside to complete the puzzles. (You know somebody’s good if she’s doing crossword puzzles in ink!) So, what was her secret? She’d been doing crosswords since the 1940s, long before you could play word games on a smartphone. One of the great things about crossword puzzles (other than fun) is that you can find them at all levels of difficulty. Start with one that has a difficulty consistent with your word-knowledge ability and then work your way up to more difficult puzzles. Before you know it, you’ll be a lean, mean word machine and have loads of fun in the process. Dozens of free crossword apps are available for phones, so you don’t even need to buy a book in the checkout lane at the supermarket. Sounding off by sounding it out Sometimes you actually know a word because you’ve heard it in conversation, but you don’t recognize it when you see it written down. For instance, a student who’d heard the word placebo (pronounced “plah-see-bow”) knew that it meant an inactive substance, like a sugar pill. But when she came across it in writing, she didn’t recognize it. She thought it was a word pronounced “plah-chee-bow,” which she’d never heard before. When you see a word on the ASVAB that you don’t recognize, try pronouncing it (not out loud, please) a couple of different ways. The following pronunciation rules can help you out: Sometimes letters are silent, like the b in subtle or the k in A letter at the end of a word may be silent, especially if the word is French; for instance, coup is pronounced coo. Some sounds have unusual pronunciations in certain contexts. Think of the first l in colonel, which is pronounced like The letter c can sound like s (lice) or k (despicable). The letter i after a t can form a sound like Think of the word initiate. The letter x at the beginning of a word is generally pronounced like z (Xerox). A vowel at the end of a word can change the pronunciation of letters in the word. The word wag has a different g sound than the word When several vowels are right next to each other, they can be pronounced many different ways (consider boo, boa, and bout). Try a couple of different possibilities. For instance, if you see the word feint, you may think that it should be pronounced feent or fiynt, but it in fact sounds like It means fake or pretend.

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Understanding Physics Forces for the ASVAB Test

Article / Updated 07-07-2023

You will want to have a basic understanding of the forces studied in physics for the ASVAB. By applying force (a push or pull), you can open the door or close it, speed it up (slam it) or slow it down (catch it before it slams), or make it change direction (push it shut when the wind blows it open). In physics, applying force allows changes in the velocity (the speed and direction) of an object. A change in velocity is known as acceleration. Here’s the mathematical formula to determine force: Force = Mass x Acceleration Martial artists use this concept all the time. Although a larger fighter may have more size (mass), a smaller fighter can usually speed up more quickly (have more acceleration), possibly resulting in both fighters’ applying the same amount of force. This concept is why 110-pound martial artists can break boards and bricks just as well as 200-pound martial artists. The basics of action and reaction Sir Isaac Newton sure was one of the sharpest crayons in the box. His third law of motion states that for every action (force) in nature, there’s an equal and opposite reaction. In other words, if object A exerts a force on object B, then object B also exerts an equal and opposite force on object A. Notice that the forces are exerted on different objects. As you sit in your chair, your body exerts a downward force on the chair, and the chair exerts an upward force on your body. There are two forces resulting from this interaction: a force on the chair and a force on your body. These two forces are called action and reaction forces. This force can also be used to describe how a motorboat moves through the water. As the propellers turn, they push the water behind the boat (action). The water reacts by pushing the boat forward (reaction). Equilibrium: Finding a balance Forces are vector quantities. That means they have both a magnitude (size) and a direction associated with them. Forces applied in the same direction as other forces increase the total force, and forces that move in opposite directions reduce the total force. In general, an object can be acted on by several different forces at any one time. A very basic concept when dealing with forces is the idea of equilibrium or balance. When two or more forces interact so that their combination cancels the other(s) out, a state of equilibrium occurs. In this state, the velocity of an object doesn’t change. The forces are considered to be balanced if the rightward forces are balanced by the leftward forces and the upward forces are balanced by the downward forces. If an object is at rest and is in a state of equilibrium, then it’s at static equilibrium. Static means being stationary or at rest. For example, a glass of water sitting on a table is at static equilibrium. The table exerts an upward force on the glass to counteract the force of gravity. Under pressure: Spreading out the force Pressure is a measurement of force over an area. Pressure is usually measured in pounds per square inch (psi). The formula for deriving pressure is If 50 pounds of force is exerted on 10 square inches of surface, the amount of pressure is 5 pounds per square inch (5 = 50 / 10). Consider this: If you’re sleeping in bed, the amount of pressure being exerted per square inch is much less than when you’re standing on your feet. The surface area of the bottoms of your feet (supporting all that weight) is much less than the surface area of all your body parts that touch the mattress. Ever wonder how a person can lie on a bed of nails? The answer involves elementary physics. His or her body rests evenly on hundreds of nails; therefore, no individual nail exerts a great amount of pressure against the skin. Have you ever seen someone stand on a bed of nails? It’s unlikely because more pressure is on the feet, and the nails would puncture the feet. A barometer is a gauge that measures atmospheric pressure. Normal atmospheric pressure is 14.7 psi. A change in air pressure means the weather is about to change. Kinds of forces Here are some of the forces that act on objects: Friction: Resistance to the motion of two objects or surfaces that touch Gravity: The physical property that draws objects toward the center of Earth (and other objects that have mass) Magnetism: The property of attracting iron or steel Recoil: The property of kicking back when released Static electricity: The production of stationary electrical charges, often the result of friction Friction: Resisting the urge to move When one surface (such as a floor) resists the movement of another surface (the bottom of a piano), the result is frictional resistance. (This friction isn’t like resisting orders to cut the grass. That type of resistance may cause friction between you and your dad, but I’m talking about a different kind of resistance here.) In order to perform work — that is, to get an object to move in the direction you’re pushing or pulling — sometimes you have to overcome friction by applying more force. For example, when you’re moving a piano across a smooth, vinyl floor, little friction is produced, so the amount of force required to push the piano comes from the piano’s weight and the very minor friction produced by the smooth floor. But when you’re moving a piano across a carpeted floor, more friction is produced, so you have to push harder to move the same piano the same distance. Rolling friction (like the friction that occurs when you roll a wheel along the pavement) is always less than sliding friction (which occurs when you shove a piano along the floor). If you put wheels on a piano, it’s much easier to push! You can decrease friction by using a lubricant. Oil, grease, and similar materials reduce friction between two surfaces. So theoretically, if you oil the bottom of a piano, it’s easier to move! (Oiling the bottom of your piano isn’t recommended — for reasons involving the appearance of your floor and piano.) Gravity: What goes up must come down Sir Isaac Newton invented gravity in 1687 when he failed to pay attention while sitting under a tree and got bonked on the noggin by an apple. Before that, gravity didn’t exist, and everyone just floated around. Okay, I’m kidding. Isaac Newton didn’t invent gravity. But the famous mathematician was the first to study gravity seriously, and he came up with the theory (now a scientific law) of how gravity works. Newton’s law of universal gravitation states that every object in the universe attracts every other object in the universe. Earth produces gravity, and so do the sun, other planets, your car, your house, and your body. The amount (force) of the attraction depends on the following: Mass: The force of gravity depends on the mass of (amount of matter in) the object. If you’re sitting in front of your television, you may be surprised to know that the television set is attracting you. However, because the mass of the TV is so small compared to the mass of Earth, you don’t notice the physical “pull” toward the television set. Note that the force of gravity acting on an object is equal to the weight of the object. Of course, other planets have lesser or greater masses than Earth, so the weight of objects on those planets will be different. Distance: Newton’s law also says that the greater the distance is between two objects, the less the objects will attract each other. In other words, the farther away an object is from Earth (or any large body), the less it will weigh. If you stand at the top of a high mountain, you will weigh less than you will at sea level. Don’t get too excited about this weight-loss technique. Gravitational pull isn’t the next big diet craze. The difference is incredibly small. Sorry! For an object to really lose weight, it must be far away from Earth (or any other large body). When an object is far enough away from these bodies that it experiences practically no gravitational pull from them, it’s said to experience weightlessness — just like the astronauts you see on TV. Gravity pulls objects downward toward the center of Earth, so the old saying “what goes up must come down” is appropriate when discussing gravity. If you fire a bullet straight up into the air, it will travel (overcoming the force of gravity) until it reaches its farthest or highest point, and then it will fall. Applying force to two ends: Tension Tension force is the force transmitted through a rope, string, or wire when force is applied to both ends. The force is the amount of tension directed along the rope, string, or wire and pulls equally on the objects at both ends. Tension force is usually measured in either pounds-force or newtons (N); 4.45 newtons equal 1 pound-force. Elastic recoil: The trampoline of physics Liquids and gases don’t have a specific shape, but solid matter does. Solids are perfectly happy with the way they look and resist changes in shape. If you exert a force on a solid shape, it responds by exerting a force in the opposite direction. This force is called elastic recoil. Take a look at the following figure. The cat is standing on a board suspended on two blocks. While the board bends, the cat can feel the force of the board trying to regain its original shape. If the cat steps off the board, the board will spring back to its normal state.

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Knowing about Kinetic Energy & Resistance for the ASVAB

Article / Updated 06-06-2023

On the Mechanical Comprehension subtest of the ASVAB test, you need to know the definition of work and understand the basics of potential and kinetic energy and resistance. Mechanically speaking, work happens when a force (usually measured in pounds) moving over a measurable distance (usually measured in feet) overcomes a resistance. In the United States, the unit of measure for work is often called a foot-pound. (Note: The rest of the world uses the newton-meter, or joule.) One foot-pound of work occurs when a 1-pound weight is lifted to a height of 1 foot. You can represent this concept in equation form: Work = Force × Distance Work is different from effort; work is the result of effort. You can think of effort as being force and of work as being what you produce with that force. Working out the difference between potential and kinetic energy Energy is the capacity to do work. Every object in the universe has energy, and it’s either potential or kinetic. Potential energy is stored energy — energy that’s not doing anything at the moment but that’s in the object by virtue of its position in a field. If a book is resting in your hands, the book itself is holding potential energy. If you raise the book over your head, you’re increasing its potential energy (thanks to the Earth’s gravitational pull). When you accidentally drop it, all its potential energy becomes kinetic energy, or energy in motion. When the book hits the ground, its energy becomes potential again. Potential energy can’t be transferred between objects. The more massive an object is, the more potential and kinetic energy it has (so a bowling ball contains more energy than a basketball does). Both these forms of energy are measured in joules. Overcoming resistance The resistance that the work overcomes isn’t the same thing as the weight of the object. (If you’ve ever tried to put your freaked-out cat in a cat carrier to go to the vet, you know what I mean.) In other words, if you try to move a 1,200-pound piano, you’ll probably notice a measurable difference between the amount of work it takes to shove it along the floor and the amount of work it takes to carry it up the stairs. But don’t take my word for it — you can demonstrate this concept at home. First, find a 1,200-pound piano and push it across the floor. Next, put it on your back and carry it up the stairs. See the difference? (Really, don’t put the piano on your back. I’m just trying to make a point here.) When you move the piano across the floor, you’re really working (pushing) against the frictional resistance (the force that’s produced when two surfaces rub together) of the piano rather than its full weight. Under these circumstances, the frictional resistance of the piano offers less resistance than its full weight. There are times when an object’s full weight is less than its frictional resistance. Consider trying to push a textbook across a deep-pile carpet. Picking the book up and carrying it is easier. Gaining power by working more quickly Power is the rate of work. If Mary Lou is able to lift more 50-pound sacks of potatoes onto the truck bed in 10 minutes than Joe is, Mary Lou is more powerful than Joe. Mathematically speaking, Power = Work / Time. In this formula, work is usually measured in foot-pounds, time is measured in minutes, and power is measured in foot-pounds per minute. However, the unit of measure for power is commonly put in terms of horsepower (hp). Horsepower is derived from the estimate that an average horse can do 33,000 foot-pounds of work in 1 minute (according to James Watt). Therefore, 1 horsepower = 33,000 foot-pounds per minute. One horsepower is also the same as 550 foot-pounds per second.

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What Is the ASVAB Test?

Article / Updated 03-20-2023

Listen to the article:Download audio Uncle Sam wants you! But first, you have to take the Armed Services Vocational Aptitude Battery (ASVAB). This battery of tests covers ten subjects, and you have to earn a passing score before you can join any branch of the military. The catch is that you can only take the ASVAB if your high school offers it or a military recruiter arranges an appointment at a Military Entrance Processing Station (MEPS) or another testing location. Usually, high schools arrange for large groups of juniors and seniors to take the test all at one time — but if yours didn’t, you missed school that day, or high school is a distant memory for you, your only other option is to sit down with an Air Force, Navy, Marine Corps, Coast Guard, Space Force, or Army recruiter and schedule the test. Your ASVAB scores are only valid for up to two years. If you took the test in high school more than two years ago, you have to retake it at your nearest MEPS before you can enlist. How you take the ASVAB test The ASVAB isn’t a one-size-fits-all test; it comes in a few varieties. High-schoolers typically take the paper-and-pencil (P&P) version, which requires you to open a test booklet and fill in answer bubbles on a separate sheet of paper; people who take the test at a Military Entrance Test (MET) site do this, too. (MET sites are located in remote areas that aren’t within a reasonable drive of a MEPS.) But most people take the computer adaptive test (CAT-ASVAB), which all takes place on a computer. You select an answer choice and move on to the next question, moving through the subtests until you’re finished or run out of time. It’s nearly impossible to cheat on the ASVAB (and you wouldn’t want to, anyway — when you get busted, you won’t be allowed to enlist). Your test-taking neighbors are all answering different questions than you are. When test proctors hand out P&P test booklets, they hand out several different versions, and the CAT-ASVAB adapts itself to your skill level. What does the ASVAB cover? The ASVAB tests your knowledge in ten topic areas through the following subtests: General Science tests your high school science knowledge, touching on biology, chemistry, and physical sciences. Arithmetic Reasoning takes a snapshot of your ability to solve mathematical word problems at a high-school level. Word Knowledge asks you to find the correct meanings of words to gauge your English vocabulary. Paragraph Comprehension presents you with reading passages, and it’s your job to answer questions and draw conclusions about them. Mathematics Knowledge tests your ability to solve algebra and geometry problems. Electronics Information features questions about circuitry, electrical principles, and electronic terminology. Auto Information asks questions about (you guessed it) automobiles and how they work. Shop Information checks your knowledge of tools, shop terminology, and best practices when it comes to building and making repairs with a wide range of materials. Mechanical Comprehension opens the door to your knowledge of mechanical (as in levers and pulleys) and physics principles. Assembling Objects requires you to connect the dots (literally) to show off your spatial reasoning skills and demonstrate how well you can fit together puzzle-like pieces. The Auto Information and Shop Information subtests are combined and called Auto and Shop (AS) on the paper-and-pencil version of the test; on the CAT-ASVAB, it’s presented on its own. How long is the ASVAB test? The P&P version of the tests presents questions of easy, medium, and hard difficulty in random order, but the CAT-ASVAB tailors itself to your ability. It starts by asking you a question of medium difficulty; if you get it right, it asks you a harder question. If you get it wrong, it asks you an easier question. The following tables break down how many questions you need to answer (and how quickly you have to tackle them) in each subtest. CAT-ASVAB Subtest Number of Questions Time to Complete General Science 15 10 minutes Arithmetic Reasoning 15 55 minutes Word Knowledge 15 9 minutes Paragraph Comprehension 10 27 minutes Mathematics Knowledge 15 23 minutes Electronics Information 15 10 minutes Auto Information 10 7 minutes Shop Information 10 6 minutes Mechanical Comprehension 15 22 minutes Assembling Objects 15 17 minutes Total 135 questions 173 minutes P&P Subtest Number of Questions Time to Complete General Science 25 11 minutes Arithmetic Reasoning 30 36 minutes Word Knowledge 35 11 minutes Paragraph Comprehension 15 13 minutes Mathematics Knowledge 25 24 minutes Electronics Information 20 9 minutes Auto and Shop Information 25 11 minutes Mechanical Comprehension 25 19 minutes Assembling Objects 25 15 minutes Total 225 questions 149 minutes If you took the ASVAB through an Army recruiter and later discover that the Air Force (or any other branch) is a better choice, it’s no problem — your scores are portable. Every branch takes the same test, and the military-at-large breaks down your scores for each branch when it grades your performance. You can join any branch you want, as long as you qualify, after taking the ASVAB once. What is the AFQT score? Your scores on Arithmetic Reasoning, Word Knowledge, Paragraph Comprehension, and Mathematics Knowledge blend together to make up your Armed Forces Qualification Test (AFQT) score. Every branch has a minimum AFQT score it’s willing to accept — and if you don’t make the grade, you don’t qualify for enlistment. Each branch also uses individual subtest scores and combinations of those scores to determine which military jobs you qualify for. If you take the CAT-ASVAB, the computer automatically (and immediately) tallies your score. If you take the P&P version, your test proctor will arrange for scoring and you’ll find out how well you did within several days. Your recruiter will tell you which jobs are open to you based on your scores.

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ASVAB: 1001 Practice Questions For Dummies Cheat Sheet

Cheat Sheet / Updated 02-06-2023

The key to success for any method of study is having one. So if you’re preparing to take the ASVAB, set up a structured study plan using the following guide, and stick to it. Before you put your study plan into action though, be sure to review the tips included here on how to fine-tune your studying experience for success and kick-start your memory retention powers.

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Veterans Benefits Guide For Dummies Cheat Sheet

Cheat Sheet / Updated 10-14-2022

Veterans are entitled to a wide range of benefits, but unfortunately most veterans benefits aren’t well publicized. Sometimes they’re hidden in long, confusing pieces of legislation, and other times, they’re buried among broken links on half-dead government websites. Fortunately, this Cheat Sheet is here to help.

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