Accounting Articles

Article / Updated 08-11-2022

In cost accounting, the cost of goods available for sale represents the product’s total costs. Total costs have two components — joint costs and separable costs. When possible, you want to reduce separable costs, but first take a look at your company’s joint costs. Assume you manufacture leaf blowers. Your two products are heavy-duty blowers and yardwork blowers. The separable costs are $1,200,000 for the heavy-duty blower and $912,000 for the yardwork blower. If you know the separable costs and the cost of goods available for sale, you can compute the joint cost allocation. This table shows the process. Joint Cost Allocation Heavy-Duty Yardwork Total Cost of goods available for sale $1,751,163 $1,260,837 $3,012,000 Less separable costs $1,200,000 $912,000 $2,112,000 Equals joint cost allocation $551,163 $348,837 $900,000 Each company division provides the separable costs. So altogether, this table gives you a joint cost allocation. Now assume that the heavy-duty blower division is able to sharply reduce its separable costs to an amazingly low $500,000. The first table listed heavy-duty separable costs of $1,200,000. Consider what now happens to heavy-duty’s joint cost allocation. Take a look at the next table. Cost Allocation — Less Heavy Duty Separable Costs Heavy-Duty Yardwork Total Cost of goods available for sale $1,751,163 $1,260,837 $3,012,000 Less separable costs $500,000 $912,000 $1,412,000 Equals joint cost allocation $1,251,163 $348,837 $1,600,000 Heavy-duty’s joint cost allocation increases to $1,251,163 (from $551,163). That doesn’t seem right. The goal is to analyze costs to reduce or eliminate them. If you do, supposedly you increase your profits. In this case, the heavy-duty division’s reducing separable costs increased its joint cost allocation. There doesn’t seem to be a benefit to operating more efficiently. Here’s an explanation: The gross margin percentage method (calculated as gross margin ÷ total sales value x 100) locks in total costs as a percentage of sales value. If the gross margin is about 12.5 percent of sales value, it means that costs must be about 87.5 percent of sales value. For heavy-duty, that 87.5 percent total cost number is $1,751,163. Those costs are either separable or joint costs. If one increases, the other decreases. The heavy-duty manager may have a problem with this process. The manager works hard (using good old cost accounting) to lower the separable costs. The manager’s “reward” is a higher joint cost allocation. The heavy-duty division has lowered costs but doesn’t get any savings in total costs. The constant gross margin percentage method clarifies the revenue and profit calculations company-wide. This method eliminates some of the variation between company divisions. Although some managers may complain, each division has the same gross margin percentage. The process makes managing company profit easier. This is one of those “Here’s why the chief financial officer (CFO) makes the big bucks” moments. As CFO, you explain the gross margin percentage method to the heavy-duty division manager. The goal is to allocate joint costs so that each product maintains the same gross margin percentage of about 12.5 percent. If a division reduces separable costs, it must get a bigger joint cost allocation — otherwise, the gross margin percentage would increase. Now heavy-duty’s manager should be evaluated based on the successful cost reduction. The manager had a success, and you want to encourage more cost savings. Although the gross margin percentage process requires a bigger joint cost allocation, that must not take away from the manager’s good performance.

Article / Updated 08-11-2022

In cost accounting, the cost of goods available for sale represents the product’s total costs. Total costs have two components — joint costs and separable costs. Assume the cost of goods available for sale are $1,751,163 and $1,260,837 for the heavy-duty blower and the yardwork blower. Say the separable costs are $1,200,000 and $912,000. If you know the separable costs and the cost of goods available for sale, you can compute the joint cost allocation. The first table shows the process. Joint Cost Allocation Heavy-Duty Yardwork Total Cost of goods available for sale $1,751,163 $1,260,837 $3,012,000 Less separable costs $1,200,000 $912,000 $2,112,000 Equals joint cost allocation $551,163 $348,837 $900,000 Each company division provides the separable costs. So altogether, the table gives you a joint cost allocation. Now calculate the gross margin percentage. Say your sales values are $2,000,00 and $1,440,000 for heavy-duty and yardwork blowers. The total cost is the cost of goods available for sale from the first table. The gross margin percentage is the gross margin divided by the sales value. For each product, the gross margin percentage is the same (12.442 percent) as the company’s overall gross margin. Verifying Gross Margin Percentage Heavy-Duty Yardwork Total Sales value (A) $2,000,000 $1,440,000 $3,440,000 Total cost (B) $1,751,163 $1,260,837 $3,012,000 Gross margin (A – B) $248,837 $179,163 $428,000 Gross margin percentage 12.442 12.442 Here’s the point of this table: it uses the traditional formula to compute gross margin and gross margin percentage. The table verifies that the calculations are correct. If the heavy-duty product has the higher sales value, it ends up with a higher gross margin in dollars than the yardwork product. However, both sale values are multiplied by the same gross margin percentage. Both products have a gross margin of about 12.5 percent (rounded). That means that about 87.5 percent of sales value represents cost of goods available for sale.

Article / Updated 08-02-2022

Everything that makes up a corporation and everything a corporation owns, including the building, equipment, office supplies, brand value, research, land, trademarks, and everything else, are considered assets. Believe it or not, when you start a corporation, that company’s assets aren’t just included in a Welcome Letter; you have to go out and acquire them. Generally speaking, you start off with cash, which you then use to purchase other assets. For most new companies, this cash consists of a combination of the following: The owner’s own money: This money is considered equity because the owner can still claim full possession over it. Small loans, such as business and personal loans from banks, business and personal lines of credit, and government loans: The money obtained through loans is considered a liability because the corporation has to pay it back at some point. In other words, these loans are a form of debt. The combination of these two funding sources leads to the explanation of the most fundamental equation in corporate finance: Assets = Liabilities + Equity The total value of assets held by a company is equal to the total liabilities and total equity held by the company. Because the total amount of debt a company incurs goes into purchasing equipment and supplies, increasing debt through loans increases a company’s liabilities and total assets. As an owner contributes his own funding to the company’s usage, the total amount of company equity increases along with the assets. Note: Capital, assets, money, and cash are basically all the same thing at this point; after a company raises the original capital, or cash, it exchanges that cash for more useful forms of capital, such as erasable markers. Unlike liabilities, equity represents ownership in the company. So if a company owns $100,000 in assets and $50,000 was funded by loans, then the owner still holds claim over $50,000 in assets, even if the company goes out of business, requiring the owner to give the other $50,000 in assets back to the bank. For corporations, the equity funding varies a bit, however, because the owners of a corporation are the stockholders. The equity funding of corporations comes from the initial sale of stock, which exchanges shares of ownership for cash to be used in the company.

Article / Updated 08-01-2022

In cost accounting, two types of capacity focus on production: theoretical capacity and practical capacity. Consider how much you could produce if customer demand was unlimited. Select a capacity method that makes sense to you, and use that as a tool to plan production and spending. Theoretical capacity assumes that nothing in your production ever goes wrong. Accountants describe this capacity as working at full efficiency all the time. Consider what your pie-in-the-sky or perfect-world capacity would be. It’s a world in which everything runs perfectly and no machines or equipment ever break down. It’s utopia where no worker ever makes a mistake. That would be great, wouldn’t it? That’s theoretical capacity, and you can’t reach it. It seems silly, but you need to see this level of capacity to understand the others. Say you own a business that makes athletic running shorts and other clothing. At maximum capacity, you can make 200 pairs of shorts per shift. You run three 8-hour shifts per day, 365 days a year. Based on those numbers, here is your theoretical capacity: Theoretical capacity = shorts x shifts x 365 days Theoretical capacity = 200 x 3 x 365 days Theoretical capacity = 219,000 Unfortunately, this level of capacity isn’t attainable. You need to take into account the unavoidable. That gets you to practical capacity. Practical capacity is the level of capacity that includes unavoidable operating interruptions. Another description is unavoidable losses of operating time. Consider maintenance on equipment, employee vacations, and holidays. You’re willing to accept a good, rather than perfect, capacity level. The people in your company can help you determine your practical capacity. Your production and engineering staff can answer questions about machine capacity and repair time. Your human resources staff can forecast employee availability, based on vacations and holidays. You determine that 250 days is a more realistic number of production days, given unavoidable operating interruptions. Also, you decide that two shifts per day are realistic. Here’s the practical capacity calculation: Practical capacity = shorts x shifts x days Practical capacity = 200 x 2 x 250 Practical capacity = 100,000 The practical capacity is 100,000 units (pairs of shorts) per year.

Cheat Sheet / Updated 04-07-2022

A great bookkeeper cares that the financial statements make sense and gets upset when something doesn’t balance or stuff goes missing. They also feel responsible when it comes to getting customers to pay on time. A good bookkeeper, in other words, is worth their weight in gold. This Cheat Sheet summarizes what you need to know to be an excellent bookkeeper.

Cheat Sheet / Updated 03-25-2022

Every business and not-for-profit entity needs a reliable accounting system to facilitate day-to-day operations and to prepare financial statements, tax returns, and internal reports to managers. The Accounting For Canadians For Dummies Cheat Sheet provides a quick and easy introduction into the key functions and responsibilities of the accounting department in any organization.

Cheat Sheet / Updated 03-08-2022

When performing the many types of computations found in Finite Math topics, it’s helpful to have some numbers, notations, distributions, and listings right at hand.

Cheat Sheet / Updated 03-03-2022

To stay organized and on top of your nonprofit’s bookkeeping and accounting responsibilities, complete tasks that need to be done daily, weekly, quarterly, and yearly. Keep necessary financial information up-to-date so you’re prepared to submit paperwork to the government and to the people involved in your nonprofit organization who plan your budget.

Cheat Sheet / Updated 02-28-2022

As a business manager, taking care of your company’s accounting needs is top priority. Correctly preparing a financial statement involves knowing all the information that needs to appear on the statement. Making a profit keeps you in business, so follow the financial statements closely, make adjustments if needed, and follow some basic rules for presenting accounting information to your business’s managers.

Cheat Sheet / Updated 02-28-2022

Accounting, as you may guess, involves a lot of math. As you practice various types of accounting problems, and when you begin doing accounting work for real, you will need to utilize various formulas to calculate the information you need.