Customer A would be much worse off as a result of the sales rate increase than Customer B.
Customer B will face fewer negative opportunity costs as a result of the sales raising taxes than Consumer A.
Customer A sales tax rate <u>rises </u>of 2% on a $10,000 car buy equals 2% of Consumer A's income, but only 4% of Consumer B's revenue.
Learn more:
brainly.com/question/19715580?referrer=searchResults
If a building has 18,000 square feet of useable space and 2,000 square feet of common area, the rentable/useable factor would be 1.111 The amount of a commercial property that the tenant can actually use is measured in "usable square feet," or USF.
The common parts of the buildings, such as the foyers, corridors, stairwells, and public restrooms, are excluded. The USF, however, comprises everything that is enclosed inside the borders of the floor, excluding elevators and staircases, in the instance of tenants who have leased the full level for commercial uses.
The USF of the tenant for a partial floor lease encompasses everything that is particular to their portion of the property. USF is regarded as a significant component since it aids in determining the precise space that the tenant has available for business needs.
To learn more about usable square, click here
brainly.com/question/15700485
#SPJ4
Answer:
There are many of those problems. One of them is immigration. Naturally, there is a cost to receive thousands of people. The demographic figures are altered and as a consequence the labor fan grows, but the data shows that, although in the medium term the clearest results are seen, in a single year progress is also observed.
Answer:
Correct option is (B)
Explanation:
Given:
Beginning capital = $80,000
Net income = $35,000
Drawings = $18,000
Net income is added to opening capital and deduct drawings to arrive at capital balance at the end.
Capital at the end of the year = opening capital + net income - drawings
= 80,000 + 35,000 - 18,000
= $97,000
Answer:
25.94%
Explanation:
Assume, Face value of bond =$1000
Purchase price of twenty year zero coupon bond = 1000/((1+i)^N)
. Where, yield = 5% =0.05
, N= number of years to maturity =20
==> Purchase Price = 1000/(1.05^20)
Purchase Price = 1000/2.65329770514
Purchase Price = $376.89
Selling Price after one year: 1000/(1+I)^19. Where i=yield=4%=0.04, N=19
Selling Price=1000/(1.04^19)
Selling Price = 1000/2.10684917599
Selling Price = $474.64
Rate of Return = (474.64/376.89) - 1
Rate of Return = 1.25935949481281 - 1
Rate of Return = 0.2594
Rate of Return = 25.94%