First calculate the amount financed
Amount financed=725−50=675
The formula is
I=(2yc)/(m (n+1))
Solve for c to get
C=(I×m×(n+1))/2y
C=(0.14×675×(24+1))÷(2×12)=98.44
Total of payments=675+98.44=773.44
Monthly payment is
773.44÷24=32.23
Hope it helps!
Answer:
leading
Explanation:
Leading is one of the critical function of management that determine direction and motivation to the employee for achieve organizational goal. The leader is important in this function to keep employee engaging, motivated and participative in achieve organizational objective. Leaders should lead by example to influence others.
In the given case, Johannna Reid as a leader is trying to motivate and showing direction to achieve targets of project.
Answer:
C. Playgrounds are rival in consumption, and the optimal number of playgrounds is three.
Explanation:
The computation is shown below:
For 3 playgrounds, total willingness to pay is
= 200 + 1600 + 800
= 2600 > Marginal cost (2250).
And,
For 4 playgrounds, total willingness to pay is
= 100 + 1400 + 700
= 2200 < Marginal cost (2250).
Therefore, 3 playgrounds should be considered as an optimal and playground would be rival
Answer:
Total Fixed costs: $
Rent 2,000
Utilities 700
Salaries 2,950
Advertising 50
Total fixed cost 5,700
Contribution per car = Selling price - Unit variable cost
= $10.50 - $2.50
= $8.00 per car
Break-even point in full-service car
= <u>Total fixed cost</u>
Contribution per car
= <u>$5,700</u>
$8.00
= 712.5 = 713 cars
Explanation:
Break-even point in full-service car equals total fixed cost divided by contribution per car. Contribution per car is selling price minus variable cost per car.
Answer:
B. Advertising Expense 500 Prepaid Advertising 500
Explanation:
The journal entry is shown below:
1. Prepaid Advertising A/c Dr $2,000
To Cash A/c $2,000
(Being the prepaid advertising is paid)
2. Advertisement expense A/c Dr $500
To Prepaid Advertising A/c $500
(Being the adjusting entry is recorded)
Since for three-fourth is received, so one-fourth is still pending which would be
= $2,000 - $1,500 ($2,000 × 3 ÷ 4)
= $500
