Answer:
The answer is 5.71%
Explanation:
Solution
Given that
Coupon rate = 7%
Bond = $1050
Sale of the bond = $1040
n = 10 years, n = 1 year
Now we find the investor's rate of return
Thus
Coupon payment = 7%* 1000
=70
1050 = 70/(1+r) + $1,040/(1+r)
r= 5.71%
Therefore the rate of return of the investor is 5.71%
or
Rate of return = (P1-P0+ Interest ) /P0
= (1040 -1050 + 70 )/1050
= .0571 or 5.71%
Answer:
Explanation:
Block on the table m(A) = m1,
block on the cord m2,
the coefficient of static friction is k1=0.4,
the coefficient of kinetic friction is k2 =0.28
(a)
Block A:
T = F(fr) = k1 •N = k(s) • m1 •g,
Block B: T = m2•g.
k1 • m1 •g= m2•g,
m1 = m2/k(s) = m2/0.4.
(b)
Block A:
T = F(fr) = k2 •N = k2 • m1 •g,
Block B:
T = m2•g.
k2• m1 •g= m2•g,
m1 = m2/k2 = m2/0.28.
Answer: Shift to the right
Explanation:
Fertilizers are an important input in wheat production. When the price of fertilizers fall, it leads to a decrease in cost of producing wheat. Thus, producers will supply more wheat in the market. As a result the supply curve for wheat will shift to the right leading to a fall in the price of wheat and an increase in the quantity of wheat sold in the market.
In general, monopolistically competitive firms earn profit slightly above their cost in the long run
Answer:
(E) The price floor isn’t binding.
Explanation:
The restriction imposed by the administration is that prices should not be below $30, which means that the athletic department can continue selling tickets at the current equilibrium price of $40 each. If the administration had imposed a maximum price of $30, then there would be a shortage of tickets, but since the current price meets the administration's requirements, no change should occur.
The answer is (E) The price floor isn’t binding.