I believe the answer you're looking for is $145. explanation is marginal cost equals change in total variable cost/change in quantity. So it would be $9.4 million - $6.5 million = $2.9 million/20,000. So $2,900,000÷20,000= $145
Cost of goods sold=
beginning inventory+purchase-ending inventory
cost of goods sold
=6,500+21,500−8,500
=19,500
Answer:
B. primary activity
Explanation:
Based on the information provided within the question it can be said that in this scenario North Star is addressing a primary activity in the value chain analysis. This is because the five primary activities are inbound logistics, operations, outbound logistics, marketing and sales, and service. So in this scenario, North Star implementing new equipment into its production it is dealing with the operations factor of the primary activities.
First, you have to calculate the amount of tuition when the student reaches age 18. Do this by multiplying $11,000 by 1.07 each year from age 12 until it reaches age 18. Thus, 7 times.
At age 18: 16,508
At age 19: 17,664
At age 20: 18,900
At age 21: 20,223
Then, we use this formula:
A = F { i/{[(1+i)^n] - 1}}
where A is the monthly deposit each year, F is the half amount of the tuition each year illustrated in the first part of this solution, n is the number of years lapsed.
At age 18:
A = (16508/2) { 0.04/{[(1+0.04)^6] - 1}} = $1,244.389 deposit for the 1st year
Ate age 19
A = (17664/2) { 0.04/{[(1+0.04)^7] = $1,118 deposit for the 2nd year
At age 20:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $1,025 deposit for the 3rd year
At age 21:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $955 deposit for the 4th year
Answer:
$458,822
Explanation:
The formula to compute the future value is shown below:
Future value = Amount (1+i)^n -1 ÷ i)
where,
Interest rate = 8% ÷ 12 months = 0.6666%
And, the number of months = 35 years × 12 months = 420
Now put this value to the above formula
F = $100 × (1 + 0.6666%)^420 - 1 ÷ 0.6666%
After solving this,
the answer would be $458,822
