Data-driven decision management is usually undertaken as a way to gain a competitive advantage. A study from the MIT Center for
1 answer:
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Answer:
Total of the variable overhead rate and fixed manufacturing overhead budget variances for the month = $9,096 Unfavorable
Explanation:
Actual variable overhead rate = =
Therefore variance with the budgeted standard variable overhead
= (Standard Overhead rate - Actual overhead rate) Actual Hours
= ($9.70 - $10.34) 6,400 = -$4,096
And Fixed Overhead variance = Standard Fixed Overhead - Actual Fixed Overhead = $69,000 - $74,000 = -$5,000
Total of the variable overhead rate and fixed manufacturing overhead budget variances for the month = -$4,096 + -$5,000 = -$9,096
Since the value of variance is negative it means the expense both variable and fixed are over absorbed, which means it is unfavorable.
Total of the variable overhead rate and fixed manufacturing overhead budget variances for the month = $9,096 Unfavorable
Answer:
correct option is B. 40.5
Explanation:
given data
P = 78 - 15 Q
Q = Q1 + Q2
MC1 = 3Q1
MC2 = 2Q2
to find out
What price should be charged to maximize profits
solution
we get here first total revenue and marginal revenue that is
total revenue TR = P × Q .......1
total revenue TR = 78Q - 15Q²
and
marginal revenue MR =
marginal revenue MR = 78 - 30Q
now we get here
marginal revenue MR = MC1 = MC2
put here value
78 - 30Q1 - 30Q2 = 3 Q1 or 33 Q1 = 78 - 30Q2 ......................................a
78 - 30 Q1 - 30 Q2 = 2 Q2 or Q2 = 78 - 30Q1/32 ................................b
by equation a and b we get here
33 Q1 = 78 - 30 (78 - )
so here Q1 = 1 and
Q2 = 78 -
Q2 = 1.5
so that Q will be
Q = Q1 + Q2
Q = 1 + 1.5
Q = 2.5
now we get value of P that is
P = 78 - 15 Q
P = 78 - 15 (2.5)
P = 40.5
so charged to maximize profits is 40.5
so correct option is B. 40.5