Complete Question:
You are considering the purchase of a new machine to help produce a new product line being introduced. The machine is expected to have a setup time of 10 minutes per batch and a processing time of 2 minutes per part. You plan to have batch sizes of 50 parts. The plant operates 8 hours per day.
What is the capacity of the machine in batches per day?
Answer:
The capacity of the machine in batches = 4 batches per day.
Explanation:
a) Data and Calculations:
Set up time per batch = 10 minutes
Processing time per part = 2 minutes
Batch sizes = 50 parts
Plant operation = 8 hours per day
b) Capacity in batches per day:
Total batch time = 10 + 50 * 2 = 110 minutes
Total minutes of operation per day = 8 * 60 = 480 minutes
Capacity in batches = 480/110 = 4.36 or approximately 4 batches
c) Each batch produces 50 parts with each part taking some 2 minutes and an additional batch setup time of 10 minutes, giving a total of 110 minutes per batch. Since there are some 480 (8 * 60) minutes available per day, it means that the entity can only run about 4 batches (480/110) per day. These 4 batches will consume a total of 440 minutes (110 x 4), leaving some 40 minutes as unutilized time.
Answer and Explanation:
1. The preparation of direct labor budget is given below:-
Direct labor budget
Units to be produced 2,790
Hours required per unit 5
Total labor hours needed 13,950
(2,790 × 5)
Labor rate per hour $10
Direct labor budget $139,500
(13,950 × $10)
2. The preparation of factory overhead budget is given below:-
Total labor hours needed 13,950
Variable overhead rate per hour $12
Budgeted variable overheads $167,400
(13,950 × $12)
Budgeted Fixed overheads $580,000
Budgeted total overheads $747,400
The government is an consumer because they trade with other countries to get goods that their country need and they are also a producer because they produce strategies for their government to make our communities around the world more better and advanced.
Answer:
Final Value= $414,135.43
Explanation:
Giving the following information:
Quarterly deposit= $32,000
Number of quarters= 3*4= 12
Interest rate= 0.0545/4= 0.01363
To calculate the final value, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= quarterly deposit
FV= {32,000*[(1.01363^12)-1]} / 0.01363
FV= $414,135.43
Answer:
Expected market return is 13%
Explanation:
CAPM is used to calculate the expected return on an asset for decision making to add any further asset to a well diversified portfolio. It involves different factors like market risk premium, asset beta and risk free rate as well to calculate a return rate which is expected to obtain from underline asset or investment.
As per given data
Expected return = 17.2%
Stock beta = 1.6
Risk free rate = 6%
According to CAPM
Expected Return on security = Risk free rate + Stock beta ( Market Risk Premium )
17.2% = 6% + 1.6 × ( Market Risk Premium )
17.2% = 6% + 1.6 × ( Market return - Risk free rate )
17.2% = 6% + 1.6 × ( Market return - 6% )
17.2% - 6% = 1.6 × ( Market return - 6% )
11.2% = 1.6 × ( Market return - 6% )
11.2% / 1.6 = Market return - 6%
7% = Market return - 6%
7% + 6% = Market return
Market return = 13%
