Answer: hello your question is poorly structured attached below is the missing graph and missing part of the question
Assume the government imposes a $1.00 excise tax on the sale of every 2 liter bottle of soda. The tax is to be paid by the producers of soda. The figure below shows the annual market for 2 liter bottles of soda before and after the tax is imposed.
answer :
a) $2 , 4 billion
b) $2.5
c) $1.5
d) 3 billion
e) $3 billion
Explanation:
a) equilibrium price = $2 per bottle
equilibrium quantity = 4 billion bottles
<u>b) After imposition of excise tax </u>
consumers will pay = $2.5
<u>c) The amount producers keep after the imposition of taxes </u>
= $2.5 - tax
= 2.5 - 1 = $1.5
<u>d) New equilibrium quantity ( after tax is imposed ) </u>
= 3 billion bottles ( from graph attached ) i.e. intersection of S2 and D
e)<u> Amount of tax revenue collected by the government from the imposition of tax </u>
= quantity of bottles sold * $1
= 3 billion * $1 = $3 billion
The defective rate per hour for a machine is 0.0148 or it can be said that the defective rate per hour for a machine is 1.48%.
<h3>What is the defective unit?</h3>
A unit is considered faulty if it has one or more flaws. The quantity of defective units is typically counted during inspections. Many people prefer to use the word "nonconforming units" to make it clear that just because a unit doesn't satisfy the requirements doesn't mean it is ineligible for use.
Given,
Total Production per hour = 2500
Defective unit per hour = 37
Calculation of Defective units rate per hour = Defective unit per hour divided by the Total Production per hour and multiply by 100.
Defective Unit rate per hour = 37 x 100/2500 = 1.48%
Thus, the defective unit per hour rate is 1.48% or 0.0148. The quantity of defective units is typically counted during inspections.
Learn more about Defective Unit here:
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Answer:
$1,200
Explanation:
Since the promissory note is accepted by Dallas Corporation for the period of only four months in the Year 1 i.e. from the September 1, Year 1 to December 31, Year 1, therefore the interest revenue will be accrued for the period of four months which shall be calculated using the below mentioned equation:
Interest revenue=Promissory note amount*interest rate*4/12
=$30,000*12%*4/12
=$1,200
Answer:
The answer is 4.232%
Explanation:
The formula for determining the price of a bond which can also be used to find Yield-to-Maturity(YTM) is:
PV = PMT/(1+r)^1 + PMT/(1+r)^2 .......PMT/(1+r)^1 PMT + FV/(1+r)^n
We are to calculate Yield-to-Maturity(YTM) which is the rate of return on the bond to an investor.
Using a Financial calculator. Input the following:
N = (18 years - 2years) x 2 = 32
1/Y = ?
PV = 109
PMT = 9.5/2 = 4.75
FV = 100
1/Y = 4.232%
