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.
"what is necessary" like pills and shots
Answer:
Present Value = $9,417.69 (Approx)
Explanation:
Given:
Annual payment = $1,400
Total payments = 25
Rate = 8% = 0.08
Computation:
First payment [7 years from now
]
So,
Present Value = $1,400(1/1.08⁶)[1 - (1/1.08)²⁵] / 0.08
Present Value = $1,400[6.72692]
Present Value = $9,417.69 (Approx)
Answer:
C :Job 1000, $1,860; Job 1001, $3,100
Explanation:
The computation of the total cost is shown below:
For Job 1000:
= Direct materials + Direct labor hours × wage rate per hour × Direct labor hours × overhead rate per hour
= $1,200 + 30 × $15 + 30 × $7
= $1,200 + $450 + $210
= $1,860
For Job 1001:
= Direct materials + Direct labor hours × wage rate per hour × Direct labor hours × overhead rate per hour
= $2,000 + 50 × $15 + 50 × $7
= $2,000 + $750 + $350
= $3,100
Answer:
The present value of the dividends to be paid out over the next six years if the required rate of return is 15 percent is $6.57
Explanation:
Solution:
Given that
The present value =∑ ⁿ t=1 cf/ (1 +r)t
where cf= cash flow
r =the required rate of return
t = the number of years
Now
The present value will be:
cf₁/(1+r)^1 + cf₂/(1 +)^2 + cf₃/(1+r)3 + cf₄/(1 +r)^4) + cf₅/(1 +r)^5 + cf₆/(1+r)^6
Hence,
cf₁, cf₂ cf₃ = 0 as the firm does not expect to pay dividend in the next three years
Note: Kindly find an attached document of the part of the solution to this given question
