Answer:
However, Gilberto's decision regarding how many workers to use can vary from week to week because his workers tend to be students. Each Monday, Gilberto lets them know how many workers he needs for each day of the week. In the short run, these workers are <u>VARIABLE</u> inputs, and the ovens <u>FIXED</u> inputs.
Explanation:
In the long run, all inputs are variable. E.g. in 5 years Gilberto might build his own pizza place and he will be able to make the kitchen as large as he wants.
But in the short run, some inputs are variable because they can be changed immediately, e.g. the number of workers changes on a weekly basis. While other inputs are fixed, and cannot be changed, e.g. Gilberto has a two yer lease contract for the ovens, so he will continue to use these ovens until the lease expires (in 2 years).
The long run and short doesn't depend on time, but on the ability of being able to change the inputs consumed by a business. The long run might represent 10 years for a company that signed a 10 year lease contract.
Answer:
Solution:
A.
p_x=3, G_x=\frac {100}{3}=33\frac{1}{3}p
x
=3,G
x
=
3
100
=33
3
1
p_y=5, G_y=\frac{100}{5}=20p
y
=5,G
y
=
5
100
=20
B.
100-0.25\times 100=75100−0.25×100=75
p_x=3, G_x=\frac {75}{3}=25p
x
=3,G
x
=
3
75
=25
p_y=5, G_y=\frac{75}{5}=15p
y
=5,G
y
=
5
75
=15
C.
p_x=6, G_x=\frac {100}{6}=16\frac{2}{3}p
x
=6,G
x
=
6
100
=16
3
2
D.
p_y=5, G_y=\frac{100}{4}=25p
y
=5,G
y
=
4
100
=25
2.
MU_x=68-60=8, p_x=2MU
x
=68−60=8,p
x
=2
MU_y=29-25=4, p_y-?MU
y
=29−25=4,p
y
−?
\frac {MU_x}{p_x}=\frac{MU_y}{p_y}
p
x
MU
x
=
p
y
MU
y
\frac{8}{2}=\frac {4}{p_y}
2
8
=
p
y
4
p_y=1p
y
=1
Answer:
Inelastic
Explanation:
Price Elasticity of demand is the a measure which is used to show the responsiveness of the quantity to its price.
Price Elasticity of demand = Change in quantity / Change in price
% Change in quantity = ( 45,000 - 35,000 ) / 45,000 = 22.22%
% Change in price = ( 20 - 30 ) / 20 = -50%
Price Elasticity of demand = Change in quantity / Change in price
Price Elasticity of demand = 22.22% / -50% = -0.4444
As the answer is less than 1 so, demand is Inelastic.
Other variable costs per unit subtracted from total COGS per unit equals contribution margin per unit.
Variable costs are expenses that vary in relation to production output or sales.
Variable costs play an important role in determining a product's contribution margin, which is used to calculate a company's break-even or target profit level.
Variable costs are a direct input in the calculation of contribution margin, which is the number of proceeds collected after deducting variable costs from sale proceeds.
Every dollar of contribution margin goes directly toward covering fixed costs; once all fixed costs are covered, every dollar of contribution margin goes toward profit.
As a result, variable costs are a necessary item for businesses attempting to determine their break-even point.
Hence, contribution margin per unit is the answer.
Learn more about contribution margin:
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The commission for the month of December is $2,767.60
Solution:
(1,258*10)= $12,580 we apply the 22% to that result and we obtain $2,767.60