Answer:
Total factory overhead to be charged to each unit of Hooks is $33
Explanation:
Sum of all Activity Cost = Total Factory Overhead
Calculate the total factory overhead to be charged to each unit of Hooks
Activity rate = Budgeted amount / Total of each activity base
∴ Activity Rate
For Setups = 60,000 / 20,000 = 3 per setup
For Inspections = 120,000 / 24,000 = 5 per inspections
For Assembly = 420,000 / 28,000 = 15 per dlh
Activity Cost = Activity base for each unit * Activity rate
∴ Activity Cost
For Setups = 1 x 3 = $3
For Inspections = 3 x 5 = $15
For Assembly = 1 x 15 = $15
Recall that;
Sum of all Activity Cost is the Total Factory Overhead
= $3 + $15 + $15
= $33
Answer: 20,816.215
Explanation:
Given that:
A deposit of $1000 at 4% interest compounding is defined by the growth function:
v(t) = 1000e^0.04t
Where t = number of years.
Find the average value during the first 40 years (that is, from time 0 to time 40.)
(That is t = 0,...,40)
For ease, we can use a python list comprehension to get our values.
v = [1000*2.7182818**0.04*t for t in range(41)]
V gives a list of the value of the deposit from year 0 till 40 years after the deposit.
Average = sum of compounding deposits / number of years
Sum of compounding deposits = sum(v) = $853464.8344
Number of years = len(v) = 41
Hence, average = $853464.8344 / 41
Average = $20,816.215
Marketing strategy, executive summary, situation analysis, controls,financials hope this helps
Answer:
message flows are modeled with solid arrows
Explanation:
In Business Process Model and Notation (BPMN), message flows are used in the collaboration diagram to show how two or more distinct processes within the model, communicate and collaborate with each other without any form of central control.
Dash lines together with an empty circle are used for the message flow to show where the message comes from and an empty arrow head is used to show where the message would be terminating in the model.
Answer:
Variable overhead efficiency variance= $3,000 favorable
Explanation:
<u>To calculate the variable overhead efficiency variance, we need to use the following formula:</u>
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Standard quantity= 3*15,000= 45,000 hours
Actual quantity= 44,000 hours
Standard rate= $3 per hour
Variable overhead efficiency variance= (45,000 - 44,000)*3
Variable overhead efficiency variance= $3,000 favorable
