The exact mileage per year is the odometer reading at the end of the year minus the odometer reading at the beginning of the year. If you don't have the odometer reading from the beginning of the year, the next best thing is to subtract an older odometer reading from the reading at the beginning of the year, then divide the difference by the number of years between readings. Without any odometer readings from the past, the best you can do is to calculate the average annual mileage over the life of the truck, which is the current odometer reading divided by the truck's years of service.
(answer)+(answer)= TOTAL
Formula for calculating depreciation value Annual depreciation value = (Total cost - salvage value (if any) ) / useful life
Total Cash Flow / 5years = Average Annual profit
If you are to be given all the month's precipitation. Add the precipitation of all 12 months, and that should leave you with the answer to the total annual precipitation. That's it. Just add everything :D
The total capital formula used to calculate a company's overall financial resources is: Total Capital Total Debt Total Equity.
The formula to calculate a day rate is typically: Day Rate = Annual Salary / Number of Workdays in a Year. To determine the number of workdays, you can subtract weekends and holidays from the total days in a year. For example, if you assume 260 workdays in a year, you would divide the annual salary by 260 to find the day rate. Adjust the number of workdays based on your specific working conditions.
To calculate business mileage for tax purposes, you need to keep a record of the total miles driven for business purposes and multiply it by the standard mileage rate set by the IRS. This rate is used to calculate the deductible expenses related to using a vehicle for business.
Annual sales / Total Sq Ft
how to calculate total operating income in Manufacturing Sector
The total acceleration formula is: total acceleration final velocity - initial velocity / time taken
The formula to calculate the total work done in a system is W Fd, where W represents work, F is the force applied, and d is the distance over which the force is applied.