Answer:
The property will be depreciated using the remaining 3 years of its life after the tax-free incorporation transfer year. This is because Dan had already depreciated the property for 2 years before the transfer.
Explanation:
Sec. 351 allows a tax-free incorporation transfer if certain requirements are met, including that the property must be transferred to Fleck Corporation by Dan in exchange for stock in Fleck Corporation, and, immediately after the exchange, the Fleck Corporation is in control.
Answer:
Both employment and the real wage rate would decrease
Explanation:
Given that the capital stock of a nation or country jas a direct impact on such country in terms of savings and investments which directly translates to additional.economic development.
Hence, in this case, when a tremendous flood along the Mississippi River destroys thousands of factories, reducing the nation's capital stock by 5%. What happens to current employment and the real wage rate is that "Both employment and the real wage rate would decrease"
This because there won't be adequate money available to create more employment. And with lease employment opportunities than the available labor, the real wage rate tends to decrease over time.
Answer:The correct answer is a). $9,918.50
Explanation: In selling, the investor will use the bid price of $4.89 alongside the face value of the bill.
That is to say, the face value * (1-(bid price * no. of days)/days in a year) = 10000 * (1-(0.0489*60)/360) = $9,918.50
Find the charge of A AND B to go to C and then you have to scream rlly loud okay! and then you have to jump up and down for 3x • 4x = 9p squared okay
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
