The price-elasticity of demand coefficient measures the percentage change in demand compared to the percentage change in price. This is on a scale up to 1, with 1 meaning the demand is perfectly elastic and every change in price results in a significant change in demand.
Answer:
Option D.
Explanation:
Fiat money refers to currency that is issued by the government and which is not backed by any physical commodity, such as gold or silver, but rather by the government that issued it.
The value of fiat money is gotten from the relationship that exists between supply and demand and the stability of the issuing government. The value is not based on the worth of a commodity backing it as is the case for commodity money.
Most modern paper currencies are fiat currencies, including the U.S. dollar, the euro, and other major global currencies. One risk that fiat money faces is the printing of too many of a particular currency, which can contribute to hyperinflation.
Answer:
B) Rearrange the production floor.
Explanation:
First step is to calculate the manufacturing labor costs for the Current operations and new proposal
Calculation for the manufacturing labor costs for the Current operations
Current operations manufacturing labor costs =5 workers * 2,100 hours * $8.00
Current operations manufacturing labor costs = $84,000
Calculation for the manufacturing labor costs for the new proposal
New Proposal manufacturing labor costs=4.5 workers *2,000 hours * $9.00
New Proposal manufacturing labor costs = $81,000
Based on the above calculation the decisions that the management should accept is to REARRANGE THE PRODUCTION FLOOR if they want to reduce the company manufacturing labor costs reason been that the manufacturing LABOR COSTS for the current operations is $84,000 which means it is higher than the manufacturing LABOR COST for the new proposal which is $81,000
Therefore the management should REARRANGE THE PRODUCTION FLOOR because with the new proposal manufacturing labor costs will reduce.
Answer:
$600
Explanation:
In this situation, first we have to know that tax levy on assessed value.
<u>Computation of tax rate:</u>
Appraised Value = $25,000
Assessed value = $20,000
Tax = $300
Tax rate = ($300 / $20,000) x 100 = 1.5%
Assume Appraised Value = $45,000
Assume Assessed value = $40,000
Calculation of tax value = Assessed value x tax rate
= $40,000 x 1.5%
= $600
Answer:
a) 3X + 2Y = 36
b) X = 6 , Y = 9
c) 27
Explanation:
Individual consumes : X and Y
Spends : $36 per time period
unit cost : $3 per unit for X
$2 per unit for Y
utility function : U( X, Y ) = .5XY
<u>A) Budget equation mathematically</u>
X* Px + Y* Py = M
3X + 2Y = 36
Px and Py = unit cost for X and Y
M = Total spent ( revenue )
<u>b) Values of X and Y that will maximize utility </u>
Maximum utility ( MRS ) = Px / Py ,
MRS = MUx / MUy
= Y/X = 3/2
∴ 2Y = 3X
From BC : 6X = 36 ( X = 6 plug into mathematically equation above )
∴ X = 6 , hence Y = 9
<u>c) Total utility generated per unit of time </u>
U( X,Y ) = .5XY
= 0.5 * 6 * 9 = 27
