The high-low method ________.
A) measures the difference between actual cost and estimated cost for each observation
of the cost driver
B) calculates the standard deviation of residuals
C) calculates the slope coefficient using only two observed values within the relevant
range and their respective costs
D) measures how well the predicted values, y, based on the cost driver, X, match actual
cost observations, Y
Branded Shoe Company manufactures only one type of shoe and has two divisions, the
Stitching Division and the Polishing Division. The Stitching Division manufactures
shoes for the Polishing Division, which completes the shoes and sells them to retailers.
The Stitching Division “sells” shoes to the Polishing Division. The market price for the
Polishing Division to purchase a pair of shoes is $52. (Ignore changes in inventory.)
The fixed costs for the Stitching Division are assumed to be the same over the range of
40,000-103,000 units. The fixed costs for the Polishing Division are assumed to be $24
per pair at 103,000 units.
Stitching‘s costs per pair of shoes are:
Direct materials $20
Direct labor $18
Variable overhead $16
Division fixed costs $14
Polishing‘s costs per completed pair of shoes are:
Direct materials $20
Direct labor $10
Variable overhead $5
Division fixed costs $18
What is the transfer price per pair of shoes from the Stitching Division to the Polishing
Division if the method used to place a value on each pair of shoes is 175% of variable
costs?
A) $36.75
B) $66.50
C) $94.50
D) $7.00