The appropriate response is Latent Learning. It alludes to learning that exclusive turns out to be clear when a man has a motivating force to show it. Dormant learning is imperative in light of the fact that as a rule the data we have learned isn't generally conspicuous until the minute that we have to show it.
The said learning was instituted by therapist Edward Tolman amid his exploration with rats, in spite of the fact that the primary perceptions of this marvel were made before by specialist Hugh Blodgett.
Answer:
b. $2,720,000
Explanation:
The contribution margin is what is left after subtracting the variable cost from the sales.
From there, the company pays their fixed cost and the rest is net income.
In this case you have a company desiring to get 720,000 net income after paying their 2,000,000 fixed cost
So we come up with with formula:
Replacing the know values, we get the unknow value. Like it was a solve for X question:
Answer:
The retained earnings should Quartz report at December 31, 2018 is $570,000
Explanation:
In this question, we apply the retained earnings equation which is shown below:
Ending retained earnings balance = Beginning retained earning balance + net income - dividend paid
= $390,000 + $220,000 - $40,000
= $570,000
The net income should be added while dividend should be deducted for finding out the ending retained earnings balance
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%