Answer: 0.05628 = 5.628%
The minimum yield that Mary could receive is 5.628%
Explanation:
Using the YTM (yield to maturity) formula
YTM = C + (f - p) /n ÷ (f+p) /2
C = coupon rate ; 4% of 1,100(par value) = 4/100 × 1,100 = 44
f = face value ( par value) = 1,100
P = market price = 1021.50
n = number of years = (10 - 5)= 5years : since the bond could be called at the end of 5 years.
YTM = 44 + (1,100 - 1,021.50)/5 ÷ (1,100+1,021.50)/2
YTM = 44 + ( 78.5)/5 ÷ 2121.5/2
YTM = 59.7/1,060.75
YTM = 0.05628
= 5.628% as the minimum yield Mary could receive.
<span>Answer: This means that income is 8.5 times greater than his annual interest expense. In other words, it can afford to pay additional interest expenses.</span>
Answer:
Juanita should purchase the suit at the store across town because the total economic cost will be lowest.
Explanation:
three options:
-
local store 15 minutes away and a price of $114
- across town 30 minutes away and a price of $86
- neighboring city 1 hour away and a price of $60
Juanita makes $30 per hour at her work, and her purchase decision includes the opportunity cost of lost wages:
total economic cost:
-
local store = $114 + [1/4 hours x 2 (round trip) x $30] + (1/2 hours x $30 spent shopping) = $144
- across town = $86 + [1/2 hours x 2 (round trip) x $30] + (1/2 hours x $30 spent shopping) = $131
- neighboring city = $60 + [1 hour x 2 (round trip) x $30] + (1/2 hours x $30 spent shopping) = $135
Juanita should purchase the skirt at the store across town because the total economic cost will be lowest ($131)
Opportunity costs are the benefits lost or extra costs incurred for choosing one activity or investment over another alternative. Economic costs include both accounting costs and opportunity costs.
Answer: Equilibrium price is $3 and equilibrium quantity is 40 units.
Explanation:
Demand equation is given by,

Therefore the demand equation is given by, 
Supply equation is given by

Therefore, the supply equation is given by,

Equilibrium is given by
