Construction crafts are what kind of jobs? A: Academic B: Theoretical C: Physical

Leesburg sold a machine for $2,200 on november 10th of the current year. the machine was purchased for $2,600. leesburg had take

taurus [48]

The original price of the machine is $2,600 but it has a depreciation value now of $1,200.

*original price - depreciation value = machine's existing value*
$2,600 - $1,200 = $1,400

However, they've sold the machine for $2,200 instead of 1,400 (which is supposedly the existing price). So, they've gain $800 ($2,200 deducted by $1,400) out from this transaction.

7 0

3 years ago

Suppose that the market demand curve for bean sprouts is given by P = 1,660 - 4Q, where P is the price and Q is total industry o

a_sh-v [17]

Answer:

In equilibrium, total output by the two firms will be option e= 300.

Q = $q_{1}$ + $q_{2}$

Q = 100 + 200

Q = 300

Explanation:

Data Given:

Market Demand Curve = P = 1660-4Q

where, P = price and Q = total industry output

Each firm's marginal cost = $60 per unit of output

So, we know that Q = $q_{1}$ + $q_{2}$

where $q_{}$ being the individual firm output.

Solution:

P = 1660-4Q

P = 1660- 4( $q_{1}$ + $q_{2}$ )

P = 1660 - 4 $q_{1}$ - 4 $q_{2}$

Including the marginal cost of firm 1 and multiplying the whole equation by $q_{1}$

Let's suppose new equation is X

X = 1660 $q_{1}$ - 4 $q_{1} ^{2}$ - 4 $q_{1}$ $q_{2}$ - 60 $q_{1}$

Taking the derivative w.r.t to $q_{1}$ , we will get:

$X^{'}$ = 1660 - 8 $q_{1}$ - 4 $q_{2}$ - 60 = 0

Making rearrangements into the equation:

8 $q_{1}$ + $q_{2}$ = 1660 - 60

8 $q_{1}$ + $q_{2}$ = 1600

Dividing the whole equation by 4

2 $q_{1}$ + $q_{2}$ = 400

Solving for $q_{1}$

2 $q_{1}$ = 400 - $q_{2}$

$q_{1}$ = 200 - 0.5 $q_{2}$

Including the marginal cost of firm 1 and multiplying the whole equation by $q_{2}$

P = 1660 - 4 $q_{1}$ - 4 $q_{2}$

Let's suppose new equation is Y

Y = 1660 $q_{2}$ - 4 $q_{1}$ $q_{2}$ -4 $q_{2} ^{2}$ - 60 $q_{2}$

Pugging in the value of $q_{1}$

Y = 1660 $q_{2}$ - 4 $q_{2}$ (200 - 0.5 $q_{2}$ ) -4 $q_{2} ^{2}$ - 60 $q_{2}$

Y = 1660 $q_{2}$ - 800 $q_{2}$ +2 $q_{2} ^{2}$ -4 $q_{2} ^{2}$ - 60 $q_{2}$

Y = 1600 $q_{2}$ - 800 $q_{2}$ -2 $q_{2} ^{2}$

Taking the derivative w.r.t $q_{2}$

$Y^{'}$ = 1600 - 800 - 4 $q_{2}$ = 0

Solving for $q_{2}$

4 $q_{2}$ = 800

$q_{2}$ = 200

$q_{1}$ = 200 - 0.5 $q_{2}$

Plugging in the value of $q_{2}$ to get the value of $q_{1}$

$q_{1}$ = 200 - 0.5 (200)

$q_{1}$ = 200 - 100

$q_{1}$ = 100

Q = $q_{1}$ + $q_{2}$

Q = 100 + 200

Q = 300

Hence, in equilibrium, total output by the two firms will be option

e= 300.

5 0

3 years ago

Union Company reported the following information about the production and sale of its only product during the first month of ope

AleksAgata [21]

Answer:

C) $200.00

Explanation:

Absorption Product Cost = Direct Labor + Direct Materials + Variable Overheads + Fixed Overheads

Thus, we need to Calculate the Total Cost of Goods Manufactured as follows :

Direct materials used $160,000

Direct labor $100,000

Variable factory overhead $60,000

Fixed factory overhead $80,000

Total Cost of Goods Manufactured $400,000

Then Calculate the product cost per unit

Product cost per unit = Total Cost / Total Production

= $400,000 / ($315,000/$225.00 + 600)

= $400,000 / 2,000

= $200.00

Note : Total Production = Units Sold plus Ending Finished Goods Inventory

3 0

2 years ago

Oldham Corporation bases its predetermined overhead rate on a variable manufacturing overhead cost of $4.00 per machine-hour and

Rzqust [24]

Answer:

$21.42

Explanation:

The computation of fixed component in the predetermined overhead rate is shown below:-

Fixed component in the predetermined overhead rate = Fixed Overhead ÷ Machine Hours

= $87,822 ÷ 4,100

= $21.42

Therefore for computing the fixed component in the predetermined overhead rate we simply divide the fixed overhead by machine hours.

And all the other information i.e given is not relevant. Hence, ignored it

5 0

2 years ago

Because this market is a monopolistically competitive market, you can tell that it is in long-run equilibrium by the fact that a

victus00 [196]

Answer:

Because this market is a monopolistically competitive market, you can tell that it is in long-run equilibrium by the fact that P = ATC, P>ATC, MR =MC, or MR>MC at the optimal quantity. Furthermore, the quantity the firm produces in long-run equilibrium is the efficient scale. True False

This indicates that there is a markup on marginal cost in the market for shirts. True False

Explanation:

In the long run, monopolistically-competitive entities produce at a level where marginal cost and marginal revenue are equal. This makes it impossible for individual companies to sell their products at prices above the average cost. This situation means that monopolistically-competitive companies will always earn zero economic profit in the long run.

3 0

3 years ago