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2 years ago

7

23 divided by 33

align="absmiddle" class="latex-formula">

1 answer:

xxMikexx [17]2 years ago

4 0

23/33=0.6969697

23/335=0.06865672

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Which of these are careers in the travel and Tourism pathway?check all that apply.

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Answer: 1 2 7 8

Explanation: plz mark me as brainiest im begging

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2 years ago

Huron Company produces a commercial cleaning compound known as Zoom. The direct materials and direct labor standards for one uni

Bond [772]

Answer:

1. Material Variances

Material Price Variance = $3,000 F

Material Quantity Variance = $4,000 U

2. Labor Variances

Labor Rate Variance = $1,425 U

Labor Efficiency Variance = $900 F

Explanation:

Provided information we have,

Direct Materials

Standard Quantity = 4.6 pounds

Standard Rate = $2.50 per pound

Direct Labor

Standard Hours = 0.2 hour per unit

Standard Rate = $18 per hour

Actual Materials

Actual Quantity = 20,000 pounds

Actual Rate = $2.35 per pound

Actual Labor

Labor Hours = 750 hours

Labor Cost = $14,925

Labor rate = $\frac{14,925}{750} = $19.9 per hour$

Actual Units produced = 4,000

1. Material Variances

$Material\ Price\ Variance = (Standard\ Price - Actual\ Price) \times Actual\ Units$

= ($2.50 - $2.35) $\times$ 20,000 pounds

= $3,000

As the actual rate is less than standard rate the variance is favorable.

$Material\:Quantity\ Variance = (Standard\ Quantity - Actual\ Quantity) \times Standard\ Rate$

Standard Quantity = 4,000 $\times$ 4.6 = 18,400 pounds

Material Quantity Variance = (18,400 - 20,000) $\times$ $2.50

= - $4,000

As the actual raw material quantity used is higher than standard raw material quantity the variance is unfavorable.

2. Labor Variances

$Labor\ Rate\ Variance = (Standard\ Rate - Actual\ Rate) \times Actual\ Hours$

= ($18 - $19.9) $\times$ 750 = - $1,425

As actual rate is higher than standard rate thus the variance is unfavorable.

$Labor\ Efficiency\ Variance = (Standard\ Hours - Actual\ Hours) \times Standard\ Rate$

Standard Hours = 4,000 $\times$ 0.2 = 800

Labor Efficiency Variance = (800 - 750) $\times$ $18

= $900

As the Standard Hours is more than Actual Hours the variance is favorable.

1. Material Variances

Material Price Variance = $3,000 F

Material Quantity Variance = $4,000 U

2. Labor Variances

Labor Rate Variance = $1,425 U

Labor Efficiency Variance = $900 F

6 0

3 years ago

After preparing the firm's trial balance, cole's accounting staff notices that the total of the debit column is $52,500, while t

Len [333]

<span>In this case the total of debit column is more than that of credit column. It can be because of two situations. One situation is that the expenses are recorded twice or more in the books in the account due to which the debit side is coming more than the credit side. Or other way around, the income has been recorded less than what needs to be actually recorded.Hence there is an accounting error committed in this scenario.</span>

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3 years ago

Slim made a single deposit of $5,000 in an account that pays 7.2% in 2015. What equal-sized annual withdrawals can Slim make fro

evablogger [386]

Answer:

annual withdrawals is $1,393.87

Explanation:

given data

Amount Deposited = $5,000

Annual Interest Rate = 7.2%

First withdrawal = 2020

last withdrawal = 2025

solution

we consider equal sized annual withdrawals = x

so we can say that Amount Deposited amount will be as

$5,000 = $\frac{x}{(1+0.72)^5} + \frac{x}{(1+0.72)^6} + \frac{x}{(1+0.72)^7} + \frac{x}{(1+0.72)^8} + \frac{x}{(1+0.72)^9} + \frac{x}{(1+0.72)^{10}}$ ..........1

we take common here $\frac{x}{(1+0.72)^{4}}$

so

$5,000 = $\frac{x}{(1+0.72)^{4}} \times ( \frac{1}{(1+0.72)^1} + \frac{1}{(1+0.72)^2} + \frac{1}{(1+0.72)^3} + \frac{1}{(1+0.72)^4} + \frac{1}{(1+0.72)^5} + \frac{1}{(1+0.72)^{6}} )$

solve it we get

x = $1,393.87

so that annual withdrawals is $1,393.87

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2 years ago

An investor purchases a stock for $39 and a put for $0.55 with a strike price of $32. The investor sells a call for $0.55 with a

Archy [21]

Answer:

The maximum profit and loss for this position is $3 and -$7 respectively

Explanation:

The computations are shown below:

For maximum profit:

= Strike price at the sale - stock price + put price - call price

= $42 - $39 + $0.55 - $0.55

= $3

For maximum loss:

= Strike price at purchase - stock price + put price - call price

= $32 - $39 + $0.55 - $0.55

= -$7

Simply we take the difference between the strike price ,and the stock price and after that the put and call price are adjusted

3 0

2 years ago