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3 years ago

When revenues equal spending, a budget is considered

1 answer:

8 0

c. balanced.

Upward urban growth will increase pollution as the number of people will increase. The increase in population and obstruction of free movement of air because of upward urban growth will result in a "heat island". Since the number of inhabitants is going to increase with upward urban growth, waste management will also become an issue.

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Bade Midwifery's cost formula for its wages and salaries is $1,420 per month plus $246 per birth. For the month of October, the

saul85 [17]

Answer:

activity variance = $984 F

Explanation:

given data

wages and salaries = $1,420 per month

per birth = $246

planned for activity = 107 births

actual level of activity = 103 births

actual wages and salaries = $27,795

to find out

activity variance for wages and salaries

solution

we know wages and salaries cost for October is

wages and salaries Planning budget = 1420 + ( 107 × 246 )

wages and salaries Planning budget = $27742

and

Wages and salaries Flexible budget = 1420 + ( 103 × 246 )

Wages and salaries Flexible budget = $26758

activity variance = $27742 - $26758

activity variance = $984 F

4 0

3 years ago

The owner of a valuable painting hired professional movers to transport it to an auction house when she decided to sell it. As t

MAVERICK [17]

Answer:

No. She suffered no physical impact

Explanation:

Negligent infliction of emotional distress occurs when a person engages in an act that can cause severe emotional distress to another .

The plaintiff must be able to prove that the act was done willfully or provide an evidence that

It was a result of defendant's negligence

Plaintiff suffered emotional distress a direct result of the action

The action was foreseeable by the defendant

The plaintiff was in a danger zone

before he can win a claim.

The question here is how to prove emotional stress? The plaintiff must be able to show a verifiable physical injury that is linked to the emotional distressed suffered.

7 0

3 years ago

predetermined overhead rate on the estimated machine-hours for the upcoming year. At the beginning of the most recently complete

Papessa [141]

Answer:

Total overhead rate = $34.17 per machine hour

Explanation:

The total overhead rate would the sum of the variable overhead rate and the fixed overhead rate

The pre-determined fixed overhead absorption rate = Estimated fixed overhead /Estimated machine hours

DATA:

Estimated overhead - $256,500.

Estimated machine hours - 10,000 machine hours

The pre-determined fixed overhead absorption rate =

$256,500/ 10,000 machine hours = 25.65 per hour

The pre-determined overhead absorption rate = $25.65 per hour

Total overhead rate = Variable rate + Fixed rate

= $8.52 + $25.65 = $34.17

Total overhead rate = $34.17 per machine hour

3 0

3 years ago

A 25-year old client with a low risk tolerance wishes to invest in bonds. The client has invested in equities before, but has no

Gnesinka [82]

Answer: C. AA-rated short-term bonds

Explanation:

It was stated that the client has a low risk tolerance. Therefore, to reduce the credit risk, investment grade bonds are appropriate (BBB or higher). To reduce the interest rate risk, short-term maturities will be preferable to long-term maturities. Both of these factors will result in a safer bond investment.

7 0

3 years ago

The catering manager of lavista hotel, lisa ferguson, is disturbed by the amount of silverware she is losing every week. last

Finger [1]

Answer:

A.16,971 pieces

B.$530.34

C.$530.32

Explanation:

EOQ = √2∗A∗B÷C

EOQ = Economic Order Quantity

A = Annual Demand

B = Buying Cost

C = Carrying Cost per unit per year

Hence:

A = 45,000 pieces

B = $200 per order

C = $1.25 * 5% per unit per year

= $0.0625

EOQ = √2∗45,000∗$200 ÷ $0.0625

= 16,970.56 approximately 16,971 pieces

Annual Holding Cost = Average Inventory * Holding Cost per unit per year

Average Inventory = EOQ÷2

Using the formula

Annual Holding Cost = 16,971 ÷2 ∗$0.0625

Annual Holding Cost =8,485.5×$0.0625

Annual Holding Cost = $530.34

Annual Ordering Cost = Ordering Cost Per order * No. of Orders

No. of Orders = Annual Demand÷EOQ

Annual Ordering Cost = $200∗45,000÷ 16,971

Annual Ordering Cost =$9,000,000÷16,971

Annual Ordering Cost = $530.32

4 0

3 years ago