They know that if you do not go through with the contract it may lead you to whats known as fraud. It is illegal to not go through with a contract so you may be arrested
Answer:
The Answer is C. $1,325.99
Explanation:
The monthly equated formula is used to reach out on monthly installments
total amount needed to buy a new home is =$187500-($187500*20%=$150000
Therefore loan required is $150,000 which will be repaid over 30 years i.e 30*12=360 months
Interest=10%/12=.008333
Installment=.00833*(1+.00833)^360/(1+.00833)^-360=3.27
Installment=(3.27*150000)/360=$1325.99
Answer:
e. -2.6291.
Explanation:
from the information available in this question,
mean x₁ = 0.12
mean x₂ = 0.30
n₁ = 24
n₂ = 30
n1 = 24 < 30
n₂ = 30 <= 30
therefore we would be solving this using the t test.
we have

inserting values whe have:




this is approximately

therefore <u>option e</u> answers this question.
Product market comparisons that focus on labor costs are likely to deserve greater weight when product demand is inelastic.
<h3>What is the product market?</h3>
The product market is defined as the marketplace where final items or services are sold to firms and the government.
It does not concern trading in raw or another intermediate substances because it concentrates on the selling of finished goods. Business enterprise market and labor market are two speeches that are related to but not interchangeable.
When product demand is inelastic, product market comparisons that focus on labor costs are more likely to be valuable.
Learn more about the product market, refer to:
brainly.com/question/3964664
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Answer: sum of the years digits
double decling balance
Explanation:
Sum-of-the-years'-digits is a method that is used in calculating the depreciation of an asset's depreciation.
In this method, the expected life of the asset is taken and then added together
to each year's digit.
For example, if an asset was believed that it would last for four years, then it should be noted that the sum of the years' digits would then be gotten by adding: 4 + 3 + 2 + 1 = 10.