Answer:
The rate of return expected on this project by Cold Goose Metal Works Inc. is 15.20%
Explanation:
Since flotation cost is 4% that implies that $500,000 is actually 96% (100%-4%) of the cash proceeds from the capital funding,hence funds raised is computed thus:
funds raised=$500,000/0.96=$520,833.33
Annual return on investment=cash inflow-initial cash outflow
cash inflow is $600,000
cash outflow is $520,833.33
annual return on investment=$600,000-$520,833.33=$79166.67
rate of return on project=annual return on investment/initial investment
=$79,166.67
/$520,833.33*100=15.20%
The rate of return that Cold Goose Metal Works Inc is 15.20%
Answer: Direct materials quantity variance.
Explanation:
Direct Material quantity variance is the difference between the actual quantity of materials used in production and the standard quantity that was supposed to be used, multiplied by the standard price of the material.
It is a method that checks the company's efficiency is being able to use raw materials to produce goods. If the Actual quantity needed is greater than the Standard quantity, this will be considered an Unfavorable Variance and mean that the company was not efficient in using the materials.
Causes of this can be low quality of materials and inadequate employee training.
A data sample is a set of data collected and/or selected from a statistical population by a defined procedure, in statistics and quantitative research methodology. the elements of a sample are known as sample points, sampling units or observations. Cluster sample is a simple random sample of groups, or clusters, of the population often based on geography. In this case, this is a type of cluster sample.
Answer:
d) credit to Paid-in Capital from Treasury Stock for $30,000
Explanation:
The entry for profit in sale of treasury stock is as computed below
Account Details Debit Credit
Cash (5000*20) $100,000
To treasury stock (5000*14) $70,000
To Additional paid in capital (5000*6) $30,000
Answer:
A. True
Explanation:
Unlike direct materials, the sum of all the direct labor variances is always equal to the flexible budget variance. Also, a negative direct labor efficiency variance is considered favorable one. And for a direct labor, if the efficiency and rate variances are both negative, then the flexible budget variance will be unfavorable. Therefore, the statement of the question is true.
