Answer: The answer is a
Explanation:
Using the formula
Expected Rate of Return = ∑(i =1 to n) Ri Pi
Where Ri = Return in scenario 1
Pi = Probability for the return in scenario 1
i = Number of scenario
n = Total number of probability and Return
P1=30
R1 = 18
P2 = 50
R2 =12
P3 = 20
R3 =-5
Expected Gain =(30 ×18) + (50 × 12) + ( 20 × -5)
= 540 + 600 + - 100
= 1,040
= 1,040 ÷ 100
= 10.4%
Answer: The correct answer is a PowerPoint presentation.
Explanation: The best method to include a visual element to a training is by using PowerPoint. This is a Microsoft program that allows you to create engaging visual presentations. In addition to text, it allows the creator to include things like photos, text effects and videos in the presentation.
Answer: Option B
Explanation: Marginal revenue is the additional revenue from selling one more unit.
A. Marginal revenue equals zero means there is no additional revenue from selling one more unit, the demand could be positive.
B. Negative marginal revenue shows that the revenue earned from selling additional unit is less than the additional unit sold before.
C. Positive marginal revenue shows that the revenue earned from selling additional unit is more than the additional unit sold before.
D. Marginal revenue increases when price and quantity both increases.
Answer:
Toby is not maximizing his utility because MUp/Pp > MUc/Pc
Explanation:
given data
marginal utility consuming peanuts = 100 utils per ounce
marginal utility consuming cashews = 200 utils per ounce
peanuts cost = 10 cents per ounce
cashews cost = 25 cents per ounce
solution
we know that Toby will have maximize utility when here
Marginal utility of peanut ÷ price of peanut = Marginal utility of cashew ÷ cash ..........................1
MU (p) ÷ P (p) = MU (c) ÷ P (c)
put here value
but here
10 > 8
so we can say Toby is not maximizing his utility because MUp/Pp > MUc/Pc
