Answer:
Larry won't have enough money to buy the car. FV= $16,923
Explanation:
Giving the following information:
The car will cost $20,000 at the end of the fifth year and Larry's Christmas bonus is $3,000 a year.
Interest rate= 10%
To calculate the future value at the end of tje fifth year we need to use the following formula. The last deposit is made at the end of the fifth year.
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {3,000*[(1.10^4)-1]}/0.10 + 3,000= $16,923
Larry won't have enough money to buy the car.
Answer:
The answer is "Option d".
Explanation:
To compute the estimated work on master capacity planning, the objective of basic resource allocation is utilized. It is then contrasted to a proven ability that enhances organizational MPS feasibility.
It verifies that you have enough ability at your disposal that satisfy the needs of your master's programs. It is a tool in long-term production scheduling for marketing and production to accomplish the ratio of the capacity required and accessible and to manage changes in the plan and/or looking.
Answer:
A. Answer questions about the project prior to submittal of proposals
Explanation:
A bidder conference is a meeting held by a buyer to discuss a possible purchase with multiple potential suppliers.
Answer:
False. See expplanation below.
Explanation:
Training error by definition is the "error that you get when you run the trained model back on the training data."
False
Sometimes if we have more predictors than the neccesary we create bias and other problems like multicolinearity between the independnet variables. The idea is have a parsimonious model with the ideal number of variables and not with too much or too low variables.
For example we can have a linear model with just one predictor adjusted to the response variable perfect. And we can have another model with the same response variable but with 10 predictors with the same correlation and significance.
Always is important to understand the context of a problem in order to select the predictors to estimate the response variable in order to don't overestimate the number of parameters neccesary to use.
Answer:
5.98 years
Explanation:
The computation of the payback period is shown below:
In year 0 = -$1,530,000
In year 1 = $305,000
In year 2 = $270,000
In year 3 = $240,000
In year 4 = $240,000
In year 5 = $240,000
In year 6 = $240,000
In year 7 = $240,000
In year 8 = $240,000
In year 9 = $240,000
In year 10 = $240,000
If we added the first 5 year cash inflows than it would be $1,295,000
Now we have to subtract the $1,295,000 from the $1,530,000 , so the amount would be $235,000 as if we sum the six year cash inflow so the total amount is exceeded to the initial investment. So, we subtract it
And, the next year cash inflow is $240,000
So, the payback period equal to
= 5 years + $235,000 ÷ $240,000
= 5.98 years
