Answer:
See Below
Explanation:
Expected value is the sum of the products of the probability and payoff of each.
<u>Wager 1:</u>
probability of heads and tails, both is 0.5
Win = 440
Loose = 110
So,
Expected Value = 440(0.5) + (-110)(0.5) = 220 - 55 = $165
<u>Wager 2:</u>
Similar to wager 1
Win = 770
Loose = 220
So,
Expected value = 770(0.5) + (-220)(0.5) = 385 - 110 = $275
2nd wager is better, in this sense.
Answer:
the total compensation cost is $75,000
Explanation:
The computation of the total compensation cost for this plan is shown below:
Total compensation cost = option granted × fair value of each option
total compensation cost = 75000 × $1
total compensation cost = $75,000
Here to determined the total compensation cost we simply multiplied the option granted with the fair value of each option so that the correct amount could come
Therefore the total compensation cost is $75,000
Answer:
0.34
Explanation:
Calculation to determine what The manufacturing cycle efficiency (MCE) was closest to:
First step is to calculate the Throughput time using this formula
Throughput time = Process time + inspection time + move time + queue time
Let plug in the formula
Throughput time=6.1+1.5+4.1+6.2
Throughput time=17.9
Now let calculate the MEC using this formula
MEC = process time / throughput time
Let plug in the formula
MEC=6.1/17.9
MEC =0.34
Therefore The manufacturing cycle efficiency (MCE) was closest to:0.34
Answer:
$606,375
Explanation:
The computation of the amount of cash payments to stockholders is shown below:
= Beginning dividend payable + cash dividend declared - ending dividend payable
= $167,625 + $585,000 - $146,250
= $606,375
We simply added the dividend declared amount and deducted the ending dividend payable to the beginning dividend payable so that the accurate amount can come.