If peanuts cost .25 per bag, you would divide $10 by .25 to determine how many bags you are able to buy.
Answer:
Jargon
Explanation:
Based on the scenario being described within the question it can be said that the term "spatial organization" exemplifies Jargon. This term refers to any and all specialized terminology associated with a specific field or area of expertise. It is usually used between individuals of the same field who understand the word's meaning in a certain context, since those outside of the field may not understand it.
Answer: 2.74 years
Explanation:
Payback Period is a method of capital budgeting that works by checking how long the project will take to repay the investment outlay.
The formula is;
Payback Period = Year before Payback Period occurs + 
Initial Outlay = $4,650
First Year = $1,350
Second Year = $2,450
Third Year = $1,150
First year + second year = 1,350 + 2,450 = $3,800
Remaining till repayment = 4,650 - 3,800 = $850
Third year amount of $1,150 is higher than $850 so amount will be repaid in 3rd year.
Payback Period = Year before Payback Period occurs +
Payback Period = 2 + 
Payback Period = 2.74 years
Answer:
the larger the number of substitute products available.
Explanation:
Price elasticity of demand measures the responsiveness of quantity demanded to changes in price of the good.
If the absolute value of price elasticity is greater than one, it means demand is elastic. Elastic demand means that quantity demanded is sensitive to price changes.
for a good with many substitutes, if the price of the good increases, consumers can easily shift to the consumption of substitutes. so, the change in price leads to a greater change in quantity demanded.
Answer:
B) The yield on a 5-year Treasury bond must exceed that on a 2-year Treasury bond.
Explanation:
The yield on 5-year Treasury bond must be higher than a 2-year Treasury bond. This is because the expected inflation rate after 2-years will be constant at 4% and there is also a maturity risk premium which increase with the increase in maturity of the bond. Therefore, the correct answer is option B.
