Answer:
option d) approximately 84%
Explanation:
Data provided in the question:
Mean, m = $92
Standard deviation, s = $13
Now,
we have to calculate percentage of homes will have a monthly utility bill of more than $79 i.e P(X > 79)
also,
P( X > 79) = 1 - P( X < 79)
Z-score for (X = 79 ) =
Z =
or
Z = -1
From the standard Z value vs P table, we have
P( Z < -1 ) = 0.1587
Thus,
P( X < 79) = P( Z < -1 ) = 0.1587
therefore,
P(X > 79) = 1 - 0.1587
or
P(X > 79) = 0.8413
or
= 0.8413 × 100%
= 84.13%
Hence,
option d) approximately 84%
Answer:
Credit, $60,000
Explanation:
Given,
Market rate = 10%
Face value $60,000 = Principal value.
When the bonds mature, the issuer records its payment of principal with credit to cash in the amount of principal value that is $60,000 because the bondholder will pay the principal with interest.
Therefore,
Bondholder will pay the $60,000 issued amount as principal because there is an additional interest amount needs to be paid.
It is credit because it is matured on the date of cash payment.
Answer: (B.) <u><em>If the maximum that a consumer is willing and able to pay is greater than the minimum price the producer is willing and able to accept for a good.</em></u>
Explanation:
A producer will only sell goods and services if the consumer is willing to pay as much as the asking price. i.e. The price that the producer is asking. For this to happen the consumer's willingness to pay must be greater than the minimum price.
Therefore , the trade will take place if <u><em>the maximum that a consumer is willing and able to pay is greater than the minimum price the producer is willing and able to accept for a good.</em></u>
Answer:
(B) $20 billion
Explanation:
Given a certain level of MPC, an increase in government spending (G) by a certain amount translates to an increase in aggregate demand (AD) through the relationship below.
where Δ means <em>change.</em>
<em />
Therefore, given ΔAD of $50 billion, and MPC of 0.6,
=
=
= ΔG = 50 * 0.4 = 20
Therefore, increase in government purchases = $20 billion.