Answer:
If Ricardian neutrality holds true, after this change in the government's budget, private savings will equal 40.
Explanation:
S - I = X - M, where
S = Sp + Sg, where
Sp: private saving
Sg: Public saving = T - G
Sp + T - G - I = X - M
or,
Sp - I = (G - T) - (M - X) = Budget deficit - Trade deficit
Initially,
65 - 30 = 90 - 100 = - 10
When budget deficit falls to 50,
Sp - 90 = 50 - 100
Sp = - 50 + 90 = 40
Therefore, If Ricardian neutrality holds true, after this change in the government's budget, private savings will equal 40.
Although the focus vision is the one responsible for the targeting function, it is the central vision that allows the viewing of the line of sight to the target area. It is the central vision that allows a relative focus for mid distances and blurring of what's around. It is important on a motorway, for example, as what's ahead is the most important once there isn't people or very busy areas around.
The total cost for this certain activity level can be calculated by substituting 4000 to the x of the equation given above,
y = 7000 + 1.8(4000)
y = 14200
Thus, the total cost of the activity level is $14,200.
Answer:
The answer is $80,000
Explanation:
The formula for straight-line depreciation is:
[Cost of asset - salvage value(if any)] ÷ useful life of the asset
Depreciation = $4,000
Cost of asset= ? (represented by y)
Useful life of the asset = 20 years
$4,000 = y ÷ 20 years
y is $4,000 x 20 years
y = $80,000
Therefore, the initial cost of the asset was $80,000
Answer:
The answer is 6.72%
Explanation:
Calculating the imputed rate from a discount bond as follows:
( 1 + i )^n = FV / PV
( 1 + i )^3 = FV / PV, here FV= 1000 and PV= 727.25
so putting values in equation we have:
( 1 +i )^3 = 1000 / 727.25
( 1 + i )^3 = 1.375
solving for i
( 1 + i) = 1.375^1/3
( 1 + i ) = 1.112
i = 0.112 before tax rate
0.112 * (1 - tax rate) = after tax interest rate
0.112 * .60 = 0.0672 = 6.72%
thus the expected after tax cost of this debt issue is 6.72%
