Not positive, but I would put "influencer" because he is helping with a decision.
Answer:
$130 Favourable
Explanation:
Given the above information,
Standard hours = 2 × 4770 = 9,540
Actual hours = 8,940
Standard rate = $32.50
Then, Direct labor efficiency variance is computed as
= ( Standard hours allowed for production - Actual hours taken) × Standard rate per direct labor hour
= [(2 × 4,770) - 8,940] × $32.50
= [9,540 - 8,940] × $32.50
= 600 × $32.50
= $130 Favourable
Answer: False
Explanation:
Being able to determine the effect on price would have to be circumstantial
Elephant I would guess........
Answer:
The answer is option D
Explanation:
The bond can be issued at par, at a discount or at a premium depending on the coupon rate and the market interest. The price of the bond which pays semi annual coupon can be calculated using the formula of bond price. The formula to calculate the price of the bond is attached.
First we need to determine the semi annual coupon payment, periods and YTM.
Semi annual coupon payments = 2000000 * 0.1 * 6/12 = 100000
Semi annual periods = 5 * 2 = 10
Semi annual YTM = 0.08 * 6/12 = 0.04
Bond Price = 100000 * [(1 - (1+0.04)^-10) / 0.04] + 2000000 / (1+0.04)^10
Bond Price = $2162217.916
The price of the bond is thus $2162290 approx. The difference in answers is due to rounding off.