Answer:
Dedicated athletes, like a marathon runners
Explanation:
The answer is b or a but I mean it both means the same thing, if this is on Plato it's a
Answer:
rate of return will be 8% and 8%
Explanation:
given data
municipal bond = 8%
corporate bond = 10 %
marginal tax = 20 %
solution
we know that here
Municipal bond no taxes are levied
hence after tax rate of return will be 8%
and
Corporate bond
after tax rate of return will be
rate of return = 10% × ( 1 - 0.20 )
rate of return = 8 %
Answer:
$2681.30 approx.
Explanation:
The first annuity is case of annuity due
For the first annuity, $2500 + 2500 × cumulative present value factor at 7.25% for 14 years
= $2500 + 8.6158 × 2500
= $24040 approx
The second annuity is the case of deferred annuity wherein payments are made at the end of the year.
Payment amount of second annuity = Present Value of first annuity ÷ cumulative present value annuity factor at 7.25% for 15 years
This will be equal to 24,040/8.9658 = $2681.30 approx.
Answer: 24.60 minutes (2dp)
Explanation:
The question is essentially asking that we find the Standard Time it takes to serve a customer.
To do this we would have to calculate the averages of the different elements and then use this to find the normal time which we can then use to find the Standard Time.
Element 1
= (3 + 4 + 4 + 3 + 3)/5
= 3.4
Element 2
= ( 9 + 8 + 10 + 11 + 10)/5
= 9.6
Element 3
= ( 7 + 8 + 6 + 7 + 8)/5
= 7.2
We then calculate the normal times by multiplying each of the individual means with their performance ratings.
That would be,
Element A
= 3.4 * 70%
= 2.38
Element B
= 9.6 * 110%
= 10.56
Element C
= 7.2 * 120%
= 8.64
We then add up the normal times to get the total normal time
= 2.38 + 10.56 + 8.64
= 21.58 minutes
Now we can solve for the standard time using this formula,
Standard time = Normal time (1+Allowance factor)
= 21.58 ( 1 + 0.14)
= 24.6012 minutes
= 24.60 minutes (2dp)
The time per unit customer served is 24.60 minutes.
If you need any clarification please do comment. Cheers.
