Answer:
D.
Explanation:
A economic model can be used to explain or predict economic phenomena, because every model has to have key variables that command the economic decisions and operations.
An economic model is define to get a specific goal, so when some problem comes, you can study every decision based on the model applied, that 'simplifies' solutions, or even better, you must be able to predict when economic problems will arrive.
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:
$2.25
Explanation:
sale volume of company = 30,000 unit
total fixed cost are = $30,000
total variable cost $45,000 for 30,000 unit
1 unit = 45000/30000 = $ 1 . 5
for the sale of 40,000 unit
the total expected cost
= Fixed cost + Variable cost
= $30,000 + 40,000×$1.50
= $30,000+$60,000
= $90,000
Cost per unit:
= $90,000/40,000
= $2.25
Answer:
e. The company will take on too many high-risk projects and reject too many low-risk projects.
Explanation:
By using the WACC for discounting purposes in case of the higher risk projects the net present value would be greater in such cases and also the high discount rate is applied. It is easily accepted but at the same time it also rise the organization risk
Therefore in the given case, the option e is correct and the same is to be considered
