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
Answer: (B) Backward induction
Explanation:
The backward induction is basically used for making the decisions and it is the process of solving the various types of problems by determining the action properly.
In any type of situation, the backward induction basically used the optimal strategy type for making some effective result of the given situation.
According to the given scenario, Elly should use the backward induction process for making the decisions more effectively regarding her shop.
Therefore, Option (B) is correct.
I believe the answer is Location Targeting.
Location targeting help advertisers to provide appropriate advertising that is relevant to the people that live in a certain location.
For example, an advertisement for sunblock products would be much more efficient if it's advertised to the people that live near the beach such as Miami.
Answer:
keeping it private and not letting anyone find. out about it or keepin it from people