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2 years ago

14

Suppose you deposit $116 today, $135 in one year, and $885 in two years in an account that pays an annual rate of interest of 14

.1%. How much money will be in the account after three years?

1 answer:

olga nikolaevna [1]2 years ago

7 0

Answer:

The answer is $1357.85

Explanation:

Future value= Σ C(1+i)^n

FV = 116(1.141^3) + 135( 1.141^2) + 885(1.141) = $1357.85

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Assume that salaried employees of Mayer, Inc., earn 2 weeks of vacation per year. The salaried employees earn a total of $160 ea

Dafna11 [192]

Answer:

Jan .7 Dr Vacation Benefits Expense $ 160

Cr To Vacation Benefits Payable $160

Explanation:

Journal entry for Mayer

Date Account Name Debit Credit

Jan .7

Dr Vacation Benefits Expense $ 160

Cr To Vacation Benefits Payable $160

( to record vacation pay expense.)

4 0

3 years ago

Read 2 more answers

During its first year of operations, Silverman Company paid $15,085 for direct materials and $10,200 for production workers' wag

elena-s [515]

Answer:

$4,550

Explanation:

First, we need to calculate the product cost per unit

Product cost per unit = Total production costs / Units produced

= ($15,085 + $10,200 + $9,200) / 6,050 units

= $5.7 per unit

Cost of goods sold = $5.7 × 3,700 units

= $21,090

Net income = Sales - Cost of goods sold - Operating expenses

= ($8.2 × 3,700) - $21,090 - $4,700

= $30,340 - $21,090 - $4,700

= $4,550

6 0

2 years ago

The demand for textbooks is Q = 200 – P + 25 U – 50 P beer. Assume that the unemployment rate U is 8 and the price of beer P bee

Readme [11.4K]

Answer: -0.5

Explanation:

Based on the information given, the price elasticity of demand will be calculated as follows:

= dQ/dP × P/Q

where,

dQ/dP = -1

P = 100

Q = 200 – P + 25 U – 50 P beer

Q = 200 - 100 + 25(8) - 50(2)

Q = 200 - 100 + 200 - 100

Q = 200

Therefore, dQ/dP × P/Q

= -1 × (100/200)

= -1 × 1/2

= -1 × 0.5

= -0.5

The price elasticity of demand is -0.5.

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3 years ago

A manufacturing plant is trying to determine standard production per day for an incentive program. Suppose that the incentive pr

raketka [301]

Answer:

He would receive $15 under incentive plan.

Explanation:

The given values are:

Average observed time

= 280 seconds per unit

Performance rating

= 105%

i.e.,

= 1.05

Allowance factor

= 13%

i.e.,

= 0.13

So,

⇒ $Standard \ time = \frac{(Average \ observed \ time\times Performance \ rating)}{1-Allowance \ factor}$

On putting the estimated values, we get

$=\frac{(280\times 1.05)}{(1-0.13)}$

$=\frac{294}{0.87}$

$= 337.93 \ seconds$

The available time will be:

= $(8 \ hours\times 60 \ min/hr\times 60 \ sec/min)$

= $28800 \ seconds$

Now,

The Standard production per day will be:

= $\frac{Available \ time}{Standard \ time}$

= $\frac{28800}{337.93}$

= $85.22 \ units$

Since he generates 100 units, he consumes about 15(00-85,22) units per day well above normal production.

So that he's going to get:

= $15\times 1$

= $15$ ($)

8 0

2 years ago

Price elasticity of demand is defined as: a. the slope of the demand curve. b. the slope of the demand curve divided by the pric

Mandarinka [93]

Answer: Option D

Explanation: In simple words, price elasticity refers to the degree of change in demand of a commodity with respect to change in its price. It generally shows the fact that when the price of a commodity rises the demand for ti decreases due to various phenomenon coming into force such as income effect etc.

The price elasticity is calculated by dividing the change in quantity demanded with the change in price.

4 0

3 years ago