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3 years ago

Please help, please

Business

1 answer:

Alex3 years ago

6 0

Answer:

c) $1,500,000

Explanation:

Typically inventory for $3,000,000 will last for 30 days. The current order will be depleted by the 15th, which is half of 30 days. You require inventory to run for another 15 days. The inventory required will be half or $3,000,000

=$3,000,000 /2

=$1,500,000

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On July 1, Crowe Co. pays $15,000 to Zubin Insurance Co. for a 3-year insurance policy. Both companies have fiscal years ending

Neko [114]

Answer:

July 1, Year 1

Prepaid Insurance $15000 Dr

Cash $15000 Cr

Dec 31, Year 1

Insurance expense $2500 Dr

Prepaid Insurance $2500 Cr

July 1, Year 1

Cash $15000 Dr

Unearned Service revenue $15000 Cr

Dec 31, Year 1

Unearned service revenue $2500 Dr

Service revenue $2500 Cr

Explanation:

The company will record the cash going out of the business for prepaid insurance as credit and the asset account prepaid insurance as debit to record the prepayment of insurance for 3 years at the amount of $15000.

The insurance paid out is for 3 years. So, the per year insurance expense is,

Insurance expense per year = $15000 / 3 = $5000

The adjusting entry made on 31 december will record the insurance months consumed (6 months) as an expense and debit the insurance expense and credit the prepaid insurance asset account.

The insurance expense for 6 months = 5000 * 6/12 = $2500

For the receiving company, the cash is being received and as the service will be provided later on, the cash received will be debited and the unearned service revenue will be credited.

As six months worth of cover has passed, on 31 December, the company will record service revenue for 6 months that is $2500 and debit the liability recorded under unearned service revenue.

4 0

4 years ago

dmitriy555 [2]

Answer:

Please see answer below

Explanation:

This is an incomplete question. However, other parts of the question have been added as extracted .

1. Determine the direct material price and quantity variances

Direct material price variance

= (Actual price - Standard price) × Purchase quantity

= ($0.85 - $1) × 103,000

= $15,450 Favorable

Direct material quantity variance

= (Actual quantity - Standard quantity) × Standard price

= (103,000 - 101,000) × $1

= $2,000 Unfavorable

2. Think of a plausible explanation for the variances found in requirement 1.

°For direct material price variance, the possible reasons for the variance are shortage of raw materials, discount application etc. However, variance was favorable because the direct material was purchased for lesser amount compared to the standard price.

°For direct material quantity variance, possible causes of variance are low quality of raw materials, incorrect specification of raw materials, damage during production processes. However, the variance was unfavorable because

the actual quantity used is more than the standard quantity that ought to have been used.

3. Determine the direct labor rate and efficiency variance

Direct labour rate variance

= (Actual rate - Standard rate) × Actual hours worked

= ($12.35 - $12.05) × 1,700

= $510 Unfavorable

Direct labor efficiency variance

= (Actual hours worked - Standard hours worked) × Standard rate

= (1,700 - 1,400) × $12.05

= $3,615 Unfavorable

4. Could the explanation for the labor variances be tied to material variances.

No. The total labor variance could be as a result of money paid to laborers which be could be lower or higher than the standard rate and using either less or more direct labor hours than expected.

5 0

4 years ago

A university officer wants to know the proportion of registered students that spend more than 20 minutes to get to school. He se

vlada-n [284]

Answer:

1) We need a random sample. For this case we assume that the sample selected was obtained using the simple random sampling method.

2) We need to satisfy the following inequalities:

$n\hat p =25*0.52= 13 \geq 10$

$n(1-\hat p) = 25*(1-0.52) =12 \geq 10$

So then we satisfy this condition

3) 10% condition. For this case we assume that the random sample selected n represent less than 10% of the population size N . And for this case we can assume this condition.

So then since all the conditions are satisfied we can conclude that we can apply the normal approximation given by:

$p \sim N (\hat p, \sqrt{\frac{\hat p (1-\hat p)}{n}})$

So then the answer for this case would be:

a. Yes.

Explanation:

For this case we assume that the question is: If in the experiment described we can use the normal approximation for the proportion of interest.

For this case we have a sample of n =25

And we are interested in the proportion of registered students that spend more than 20 minutes to get to school.

X = 13 represent the number of students in the sample selected that have a time more than 20 min.

And then the estimated proportion of interest would be:

$\hat p = \frac{X}{n}= \frac{13}{25}= 0.52$

And we want to check if we can use the normal approximation given by:

$p \sim N (\hat p, \sqrt{\frac{\hat p (1-\hat p)}{n}})$

So in order to do this approximation we need to satisfy some conditions listed below:

1) We need a random sample. For this case we assume that the sample selected was obtained using the simple random sampling method.

2) We need to satisfy the following inequalities:

$n\hat p =25*0.52= 13 \geq 10$

$n(1-\hat p) = 25*(1-0.52) =12 \geq 10$

So then we satisfy this condition:

3) 10% condition. For this case we assume that the random sample selected n represent less than 10% of the population size N . And for this case we can assume this condition.

So then since all the conditions are satisfied we can conclude that we can apply the normal approximation given by:

$p \sim N (\hat p, \sqrt{\frac{\hat p (1-\hat p)}{n}})$

So then the answer for this case would be:

a. Yes.

3 0

3 years ago

The Lo Sun Corporation offers a 6.3 percent bond with a current market price of $767.50. The yield to maturity is 8.49 percent.

Tasya [4]

Answer:

27.85 years

Explanation:

In this question we use the NPER formula that is shown in the spreadsheet

Provided that

Present value = $767.50

Future value = $1,000

Rate of interest = 8.49% ÷ 2 = 4.25%

PMT = $1,000 × 6.3% ÷ 2 = $31.50

The formula is shown below:

= NPER(Rate;PMT;-PV;FV;type)

The present value come in negative

So, after solving this, the number of years is 55.71

But in this case, it would be

= 55.71 ÷ 2

= 27.85 years

3 0

3 years ago

Mills Corporation acquired as an investment $225 million of 8% bonds, dated July 1, on July 1, 2021. Company management is holdi

Sholpan [36]

Answer:

Please see solution below.

Explanation:

July 1, 2021

Dr Investment in bonds $225,000,000

Dr Premium on investment in bonds $25,000,000

Cr Cash $250,000,000

December 31, 2021

Dr Cash $18,000,000

Cr Interest revenue $15,000,000

Cr Premium on investments in bonds

$3,000,000

Investment in bonds. $225,000,000

Premium on investment in bonds $22,000,000

January 2, 2022

Dr. Cash $266,000,000

Cr Investment in bonds $225,000,000

Cr Premium on investment in bonds $22,000,000

Cr Gain on sale of investments $19,000,000

Workings:

Effective interest rate on first coupon received = [ $225,000,000 × 8%] - [ $250,000,000 × 6%]

= $18,000,000 - $15,000,000

= $3,000,000

Premium on investment in bonds = $25,000,000 - $3,000,000

= $22,000,000

8 0

3 years ago