As a seller we would receive $1,041.25
<u>Solution:</u>
You may receive the bid price of the dealer, 
of $1,000, or $1,041.25
Prices of treasury bonds are expressed as par value amounts.
The quote price of 104:25 means that the bond is priced at 
of the par value.
Therefore, if the debt is $1,000, the dollar values to be charged by the borrower should be 
<span>The Deming's ideas of QC work in any process, including health conditions. If the randomly chose asthma patients are checked regularly/periodically and they follow the Demings' rule, it may be concluded that the treatment regime is successful at the required levels of health.</span>
Answer:
Zumba classes sell all 20 participant spots at a price of $4.50 each. When the instructor raised the prices to $5.50, 10 people attended the class. From the midpoint method, the price elasticity of demand for Zumba is:
0.286
Explanation:
20 at $4.50= $90
10 at $5.50= $55
price elasticity= change in quantity demand/ change in price
20-10= 10 change in quantity demand
$90-$55= $35
10/35=0.286
Answer:
PLAN A:
(120 * 0.39) + (40 * 0.19) + 20 = $74.40
PLAN B:
(120 * 0.49) + (40 * 0.14) + 20 = $84.40
PLAN C:
$20 + $75 = $95 ;
PLAN A is optimal from 0 to 192 minutes
PLAN C is optimal from 192 minutes onward ;
Explanation:
PLAN A :
Service charge = $20
Daytime = $0.39 per minute
Evening = $0.19 per minute
PLAN B :
Service charge = $20
Daytime = $0.49 per minute
Evening = $0.14 per minute
PLAN C :
Service charge = $20
225 minutes = $75
Minutes beyond 225 = $0.36 per minute
A.)
Determine the total charge under each plan for this case: 120 minutes of day calls and 40 minutes of evening calls in a month.
PLAN A:
(120 * 0.39) + (40 * 0.19) + 20 = $74.40
PLAN B:
(120 * 0.49) + (40 * 0.14) + 20 = $84.40
PLAN C:
$20 + $75 = $95
b. If the agent will use the service for daytime calls, over what range of call minutes will each plan be optimal?
PLAN A:
20 + 0.39D = 95
0.39D = 95 - 20
D = 75 / 0.39
D = 192.31
