This approach by trainers at Lako Systems trying to maximize the transfer of learning by demonstrating processes on the manufacturing floor rather than just describing them is known as Transfer of training.
<h2>What is transfer of training?</h2>
Applying knowledge and abilities learned during training to a specific job or role is known as transfer of training.
Transfer of training, for instance, happens when a worker applies the safety habits they learned in the classroom to their workplace.
The theory of transfer of training describes the positive, zero, or adverse performance results of a training program. It is a specific application of the theory of transfer of learning.
Many firms now strive to achieve the positive transfer of training, or the improvement in work performance attributable to training.
Training methods, workplace dynamics, and trainee characteristics all play a role in achieving this objective of positive transfer.
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The student loan debt has the highest consumer debt balance.
Below is an explanation about student loan debt.
<h3>What is Student Loan debt</h3>
Student debt is a type of debt that is owed by a current student, a formerly withdrawn student or graduated student to a lending institution, or to a financial institution
This type of loan has the highest consumer debt balance.
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Ummmmm I will go with answer A cause at my house its always like that.
Based on the cost of purchasing the machine and the delivery and installation fees, the initial outlay is $243,250
<h3>How much is the initial outlay?</h3>
This can be found as:
= Cost of purchasing machine + Installation and delivery cost
Solving gives:
= 237,500 + 5,750
= $243,250
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Answer:
Bond Price= $1,081.1
Explanation:
Giving the following formula:
Face value= $1,000
Number of periods= 5*2= 10 semesters
Coupon= (0.1/2)*1,000= $50
YTM= 0.08/2= 0.04
<u>To calculate the price of the bond, we need to use the following formula:</u>
<u></u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 50*{[1 - (1.04^-10)] / 0.04} + [1,000 / (1.04^10)]
Bond Price= 405.54 + 675.56
Bond Price= $1,081.1
