Answer:
See below.
Explanation:
Total Variable over head variance = Spending variance + Efficiency variance
Total Spending variance = VOH - SVOR × AH
Total Efficiency variance = SVOR * ( AH - SH)
Assuming we only want total spending variance then option A is correct, however if we assume total overhead variance is required option E would be correct as we also need to account for the efficiency variance of overhead as per the difference between actual and standard hours worked.
Hope that helps.
Answer:
A) Breach, because the latter express warranty is valid.
Explanation:
Based on the scenario being described within the question it can be said that the result would be a breach. This is mainly due to the fact that the box stated that "will protect your feet in temperatures down to 30° below zero." and this is a valid express warranty that is being marketed by the company that created the product. Therefore since the temperature did not go below 30 and Ron still suffered frostbite then he can rightfully sue.
The most recent I can find is 12% in 2001
Answer:
Maintained markup percentage = 48.9%
Gross margin percentage = 48.9%
Explanation:
Given:
Initial markup = 55.6%
Total retail reductions = 15%
To find the maintained markup percentage use the formula below:
%MMU = Initial MU% - Retail reductions% (100% - Initial MU%)
Substitute figures:
%MMU = 55.6% - 15% (100% - 55.6%)
= 55.6% - 15% (44.4%)
= 55.6% - 6.66%
= 48.9%
Therefore, the maintained markup percentage = 48.9%
To find the gross margin percentage, use the formula below:
GM% = (Net sales - Total cost of goods) /Net sales
We can also use this formula below to find the maintained markup percentage:
MMU% = (Net sales - Gross cost of goods) /Net sales
But we are told that there are no alteration costs or cash discounts here. Therefore the gross cost is the same as the total cost of goods.
This means that the mantained markup percentage and the gross margin percentage are equal.
GM% = 48.9%