Answer:
$63,852
Explanation:
The computation is shown below:
a) PV of payments is
= $23,500 × (1.07^30 - 1) ÷ (0.07 × 1.07^30)
= $2,91,612
b) The Loan PV of payments is $3,00,000
c) And, the Balloon payment required is
= (Borrowed amount - loan PV payments) × (1 + rate of interest)^number of years
= ($300,000 - $291,612) × 1.07^30
= $63,852
The benefits from eating one more bowl of ice cream to how much one more bowl of ice cream costs.
Answer:
Variable overhead efficiency variance = $2,212unfavorable
Explanation:
variable overhead efficiency variance: Variable overhead efficiency variance aims to determine whether or not their exist savings or extra cost incurred on variable overhead as a result of workers being faster or slower that expected.
Since the variable overhead is charged using labour hours, any amount by which the actual labour hours differ from the standard allowable hours would result in a variance
Hours
5,400 units should have taken (5,400×3.8 hours) 20,520
but did take <u> 20,800</u>
Labour hours variance 280 unfavorable
Standard variable overhead rate × <u>$ 7.90</u> per hour
Variable overhead efficiency variance $2,212 unfavorable
Variable overhead efficiency variance = $2,212unfavorable
Answer:
Price elasticity of demand shows how much a 1% change in the price of a good or services changes the quantity demanded.
In the short run, a 10% increase in price decreases quantity demanded by 4%
PED short run = % change in price / % change in quantity = 4% / 10% = 0.4
PED long run = % change in price / % change in quantity = 7.5% / 10% = 0.75
Both PEDs are inelastic since they are less than 1, which means that an increase in price will result in a proportionally smaller decrease in the quantity demanded. But the PED in the long run is less inelastic, which means that an increase in price will decrease the quantity demanded more in the long than in the short run.
This happens because smokes consider that cigarettes are a basic necessity, so they are willing to purchase them even if the price increases. But as time passes (long run), more smokers will consider that it is not worth paying that much for cigarettes and will probably quit smoking or at least reduce the number of cigarettes they smoke per day.
Answer:
24 years
7 years
Explanation:
Using the rule of 72, the number of years it would take GDP to double = 72 / annual rate
1. 72 / 3 = 24 years
2. 72 / 10 = 7.2 years
I hope my answer helps you
