Answer: -10.14%
Explanation:
Original Price of bond:
Interest is paid semiannually so some variables need to be adjusted:
Period = 13 * 2= 26 semi annual periods
Coupon = 6% * 1,000 * 0.5 = $30 per period
Yield = 5.5% / 2 = 2.75%
Price = $1,046
Price after yield increases to 6.7%
Period = 13 * 2= 26 semi annual periods
Coupon = 6% * 1,000 * 0.5 = $30 per period
Yield = 6.7% / 2 = 3.35%
Price = $939.88
Percentage change = (939.88 - 1,046) / 1,046
= -10.14%
Most likely operant conditioning, particularly involving positive reinforcement. Operant conditioning uses environmental stimuli to condition the tenants' behavior to save energy since they themselves will be rewarded with lower bills by doing so. Classical conditioning relies on stimulating reflex behavior, which is not the case in the given statement.
Answer:
present value = $8396.19
Explanation:
given data
cash flow = $10,000
rate r = 6 %
time period t = 3 years
to find out
present value of the note
solution
we get here present value that is expressed as
present value = 
....................1
put here value and we will get present value
present value = 
solve it we get
present value = $8396.19
Answer:
The answer is Continual Improvement Process
Explanation:
Continual Improvement Process involve the action(s) undertaken by businesses to improve their goods, services or method of operations.
Simply put, it is the policy in a workplace that seeks to improve the way things are done on a day-to-day basis.
Continual improvement process is important in business, in that it makes the business owner(s) or employees think about the problems that affect them and formulate solutions to these problems. This will therefore increase efficiency in business.
Answer: This is because the marginal rate of technical substitution is the ratio of the marginal product of labour to that of capital and for the output to be constant opportunity cost comes in, one input has to be reduced to increase the other input.
Explanation:
The marginal rate of technical substitution (MRTS) shows the amount by which the quantity of an input can be lowered when an extra unit of another input is utilized on order for the output to remain constant.
The marginal rate of technical substitution is likely to reduce as more capital is substituted for labor because the marginal rate of technical substitution is the ratio of the marginal product of labour to that of capital and for the output to be constant opportunity cost comes in, one input has to be reduced to increase the other input.
