Answer:
The way they're produced.
Explanation:
I can give an example. Henry Ford and his Model T. he wanted to increase the amount of cars his factory produced, and he wanted to make the production easier, and more affordable. His first step, was to make the production easier. He invented the conveyer belt, which stopped at each worker for an enough amount of time to let them complete their individual job. this's a great example
Answer:
b. 48
Explanation:
The computation of the expected value of the future stock price is as follows;
= Respective future price × respective probabilities
= $40 × 0.5 + $50 × 0.3 + $65 × 0.2
= $20 + $15 + $13
= $48
hence, the expected value of the future stock price is $48
Therefore the correct option is b.
The same is relevant
Answer:
$18,050
Explanation:
The computation of the common fixed cost of two order types for the northern branch is shown below:
= Company fixed cost traceable to the northern branch - traceable fixed cost for the local - traceable fixed cost for the non local
= $175,000 - $68,250 - $88,700
= $18,050
For computing it we simply deducted the traceable fixed cost from the company fixed cost so that the common fixed cost for the two orders types could come
The common fixed cost is the cost which supports more than the one division in the same business
Answer:
rE = 0.1486 or 14.86%
Explanation:
The expected rate of return of a stock is the mean return that is expected to be earned by the stock considering the different scenarios that can occur, the return in these scenarios and the probability of the occurrence of these scenarios. The formula for expected rate of return of stock is,
rE = pA * rA + pB * rB + ... + pN * rN
Where,
- pA, pB, ... represents the probability that scenario A, B and so on will occur or the probability of each scenario
- rA, rB, ... represents the return in scenario A, B and so on
rE = 0.21 * 0.2 + 0.72 * 0.15 + 0.07 * -0.02
rE = 0.1486 or 14.86%
Answer:
Explanation:
U(C, L) = (C – 100) × (L – 40)
(a) C = (w - t)[110 - L] + 320
C = 10[110 - L] + 320
C + 10L = 1420
where,
C- consumption
w - wages
t - taxes
L - Leisure
(b) Given that,
L = 100 then,
C = 420



= 5.33
(c) L = 110
C = 320
Reservation wage:


= 3.14
(d) At optimal level,

C - 100 = 10L - 400
C - 10L = -300
C = 10L - 300
Using budget constraint:
C + 10L = 1420
10L - 300 + 10L = 1420
20L = 1720
L* = 86 and C* = 560