Answer:
does not allow market forces like supply and demand to determine what how much and at what price they should produce goods
<span>I think the the purchase of Gelato depends a lot on the temperature. A lot of people just want to have something cold, when it is hot outside, for example: Icecream, a cold drink. Although, i don't think it is only related to temperature. Temperature plays a big part in it, but some people might just want ice cream for example on a cold day. lets say there is a girl that just got dumped by her boyfriend, the cliché is that this girl will eat her hurt feeling away with ice cream, no matter what the temperature is. i myself like to enjoy gelato also in winter. I do have to state though, that it is LESS than in summer, but the craving is still there.</span>
Answer:
a. -$783 Unfavorable
b. 550 Favorable
Explanation:
a. The computation of Variable Overhead Rate Variance is shown below:-
Variable Overhead Rate Variance = Actual hours × (Standard Variable Overhead rate per hour - Actual Variable Overhead rate per hour)
= 8,700 × ($4.10 - ($36,540 ÷ 8,700)
= 8,700 × ($4.10 - $4.19)
= 8,700 × -$0.09
= -$783 Unfavorable
b. The computation of Variable Overhead Efficiency Variance is shown below:-
Variable Overhead Efficiency Variance = Standard Variable Overhead Rate per Hour × (Standard Hours for Actual Production - Actual Hours)
= 5.5 × ((5.5 × 1,600) - 8,700)
= 5.5 × (8,800 - 8,700)
= 5.5 × 100
= 550 Favorable
It is so they have more money for the business
Answer:
$69.41
Explanation:
Given that
D1 = 4.75
D2 = 5.25
D3 = 5.75
D4 = 7
g = 7% or 0.07
R = 15% or 0.15
Therefore,
D5 = D4 (1 + g)
= 7 × 1.07
= 7.49
Also,
P4 = D5/g × R
= 7.49/0.15 × 0.07
= 93,625
Thus,
P0 = 4.75/1.15 + 5.25/(1.15)^2 + 5.75/(1.15)^3 + 7/(1.15)^4 + 93.625/(1.15)^4
= $ 69.41357
Approximately
= $ 69.41
