The high-low method can be used to compute the variable cost of producing a good if the total variable cost is unknown.
The high-low method requires knowledge of the total costs of producing goods, in two different time periods. These totals include fixed costs, so the "variable cost" is still unknown.
For example:
In month one, 7000 units were produced at a cost of $5000.
In month two, 8000 units were produced at a cost of $5500.
Here is the high-low method: Divide the difference in cost by the difference in production to get the variable cost per unit.
(5500 - 5000) / (8000 - 7000) = $0.50 per unit.
The fixed cost can now be computed. $5000 - $0.50 x 7000 = $1500.
Alternatively: $5500 - $0.50 x 8000 = $1500.
The high-low method has been used in the example to demonstrate that a production plant has a monthly fixed cost of $1500 and has a variable cost of $0.50 for each unit produced.
Now, given any month's total production cost, the variable cost can be computed by deducting $1500 from the cost.
The method is called "high-low" because the two production periods used for the computation would, in practice, be the period with the highest level of production and the period with the lowest level of production.
To calculate the return on an investment you will fist write down the amount of your total investment including fees and any expenses. Next, write down your loss and finally calculate the return on investment by dividing the profit by total investment. www.moneychimp.com offers a compound interest calculator for your convenience.
That means finding something that changes, but isn't dependent on something else changing it. I would say that time is a non-example. It keeps changing regardless of how other things are changing. (Now, there is an exception to this in physics, where the passage of time changes in relation to velocity, but we're assuming that we are just talking about time as it is typically for us.) Another example would be something like a quantity purchased. Let's say that candy bars cost $ .75 each. The total cost would be dependent on how many candy bars are purchased, so the total cost would be the dependent variable. The number of candy bars purchased would be the independent variable, since it doesn't depend (within reason) on the total price. Since it is an independent variable, it is not a dependent variable, so it is a non-example of a dependent variable. For example, someone could purchase either 3 or 4 candy bars, and the total price depends on how many are bought, but how many are bought doesn't depend on the total price.
The term "mean" is another way of saying "average." In order to calculate a mean percentage score, you must add together all the percentages, and divide the total by the amount of percentage scores being used.
This depends on what information you have. If you know the success probability and the total number of observations, you can use the given formulas. Most of the time, this is the case. If you have data or experience which allow you to estimate the parameters, it may sometimes happen that you work like this. This mostly happens when n is very large and p very small which results in an approximation with the Poisson distribution.
You carry out an experiment repeatedly. Then the number of times that the selected even occurs divided by the total number of trials is the relative probability for that event.
Total Variable costs divided by the cost of units
Total Costs = Fixed Cost + Variable Cost soVariable Cost = Total Costs - Fixed Cost.
To calculate the Total Cost without Total variable cost, one should estimate for the variables or substitute for the variables with a variable such as X or Y and then solve for the approximate total cost.
Variable cost = Total Cost/ fixed cost
Total variable cost is typically the sum of all variable labor, variable materials, and variable overhead expenses.
Following is the formula for total costtotal cost = fixed overheads + variable overheads + direct labor + direct material
Variable cost per unit = Total variable cost / total number of units manufactured
You can calculate the total revenue percentage by substituting the variable X for the monthly revenue, the variable Y for the period of time, and then multiple these to solve for the total revenue percentage.
You cannot. Sales and variable costs must be functions of the units (quantities) sold and produced.
how to calculate total operating income in Manufacturing Sector
We can calculate using following methods 1 - High-Low method 2 - Regression analysis method 3 - Graphical method
Variable manufacturing overhead cost per direct labor hour means the variable overhead cost spent for one single labor hour and formula is as follows:Variable overhead cost per labor hour = total variable overhead cost / Total direct labor hours