Answer:
The correct answer is option B.
Explanation:
The multiplier shows the increase in total production due to change in expenditure.
The change in total expenditure is always greater than the change in expenditure.
This happens because a change in autonomous expenditure leads to grater change in the induced expenditure
Consequently, the value of multiplier is always greater than 1.
Answer:
Visualize and organize your thoughts.
Explanation:
Answer:
The first term of an arithmetic sequence is 10 and its common difference is
negative seven. What is the fourth term of the sequence?
The fourth term is -11
Explanation:
a.p= a1 + (n-1)d
a.p= 10+ (4-1) -7
a.p= 10 + (3) -7
a.p= 10 - 21
= -11
a1= first term
n= nth term
d= difference
Answer:
$1,800,000
Explanation:
The veteran player makes $1.6 million per year.
The new prayer will be paid $1 million per year.
the Savings per year will be
= $1, 600,000 - 1,000,000
= $ 600,000
The savings in three years will be
=$600,000 x 3
=$1,800,000
Answer: $121
Explanation:
The question simply wants us to find the present value of receiving $100 investment two years from now at a 10 percent annual discount rate.
This can be easily solved as follows:
For the first year, the $100 will be worth:
= $100 + ($100 × 10%)
= $100 + ($100 × 0.1)
= $100 + $10
= $110
The worth at the end of the second year will then be:
= $110 + ($110 × 10%)
= $110 + $11
= $121
