What??
there’s no question
Answer:
a)
P 175
Q = 250
Profit6,250
b)
P 325
Q = 875
Profit 153,125
c)
Q = 1200
P = 260
Profit = 287,000
Explanation:
It maximize profit at MR = MC
MR = 200 - 0.2Q
MC = 150
150 = 200-0.2Q
Q = 50/0.2 = Q = 250
Price:
250 = 2000 - 10P
P = 1750/10 = 175
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<u>Profit: revenue - cost</u>
$175 x 250 session - $150 per session = 6,250
<em>At new functions:</em>
150 = 500-0.4Q
Q = 350 / 0.4 = 875
Price:
875 = 2,500 - 5P
P = (2500-875)/5= 325
<u>Profit</u>
(325 - 150) * 875 = 153,125
<u>If cost changes:</u>
cost: 1000 + 20Q
marginal cost: 20
20 = 500 - 0.4Q
Q = 480 / 0.4 = 1,200
Price:
1,200 = 2500 - 5P
P = 1300/5 = 260
<u>Profit</u>
(260 - 20)Q - 1,000 = 287,000
Answer:
b). 72.458 %
a). 24, 213
Explanation:
1). The second option i.e. 72.458% correctly measures the variance percentage brought in the dependent variable(regressed the quantity demanded) by manipulating the independent variable(price elasticity). The first option is wrong as it shows R multiple which is rather the coefficient. The third and the last options are incorrect as they display the intercept employed to determine the quantity and the key error of calculating the standard deviation.
2). The predicted quantity demanded would be 24,213 if the price is fixed at $7.00.
It can be calculated using the formula;
Quantity demanded = Intercept + (Adjusted R squared * Price coefficient)
∵ Quantity Demanded = 56,400.50 + (7 X -4,598.2)
= 24,213
Answer:
Option "B" is the correct answer to the following statement.
Explanation:
The price elasticity of demand determines the flexibility of the volume needed to adjust the price.
The demand of an individual or market becomes inelastic if it will not adjust much to increasing prices, and it is elastic for an individual or market if the demand of a particular commodity will shift a lot as prices shift.
Answer:
<u>$26000</u>
Explanation:
from the question;
check per day; 20000
delay: 3 days
checks to pay suppliers; 17000
clearing time 2 days
<u>we first calculate collection flaot:</u>
collection flaot = average amount of check x outstanding days
= 20000 x 3
= 60000
now we have to calculate <u>disbursements float:</u>
average amount of check x days to clear
= 17000 x 2
= 34000
with these two values we can get the net float
= collection flaot - disbursements float
= 60000 - 34000
= <u>$26000</u>