Answer:
So Helen can only make a deduction of $12000 from the value.
Explanation:
The amount is given as
The maximum value of phase out allowance is $25000
The value of loss reduction is calculated for the value of MAGI greater than $100,000 which is $26000 in this case thus the solution is given as
$25000-50% *$26000
=$25000-0.5*$26000
=$25000-$13000
=$12000
Answer:
(A) $5,131.5
(B) $12,729.5
Explanation:
The interest earned on the value of interest earned before is the compounded interest. Compounding is the reinvestment of the amount earned before and take return over it too.
As per given data
Invested amount = $5,000
Interest rate = 3.9%
Interest is compounded monthly
Monthly rate = 3.9% / 12 = 0.325%
Formula for the accumulated amount of investment
A = P ( 1 + r )^n
Accumulated Money when $5,000 is
(A) Invested for 8 months
A = $5,000 ( 1 + 0.325% ) ^8
A = $5,131.5
(b) Invested for 24 years or 288 months (24 x 12)
A = $5,000 ( 1 + 0.325% ) ^288
A = $12,729.5
Answer: The customer cost for combined shipping and returns of Product 1 is <u>$6.25 per unit.(option c)</u>
We arrive at the answer as follows:
<u>A. Calculating cost of returns</u>
<u>B. Calculating Cost of shipments</u>
C.Calculate total cost of shipments and cost of returns
<u>D. Calculate cost per unit</u>
<u>
</u>
Answer:
Option C, SAME WEIGHTS
Explanation:
A hazard is any source of potential damage, harm or adverse health effects on something or someone.
Risk assessment is a framework that uses hazard category as a starting point for evaluating risks. Risk assessment can be used in any situation where death, system loss, or property, equipment or environmental damage is a concern.
Experts use different risk assessment methods and approaches. Technical experts assign same weights to different ways of dying so they assign equal weights to hazards that take many lives at one time and to hazards that many lives at once.
Therefore, the answer that best suits the question is option C. Experts tend to assign the SAME WEIGHTS to hazards that take many lives at once as they do to hazards that take many lives one at a time.
Answer:
$894.65
Explanation:
Given data:
n= time = 10 years
par value= $1000
annual coupon = 5.5%
interest rate = 7.0%
bond price = present value of interest + present value of redemption value.
present value of interest:
C = 5.5% of 1000 = $55
PV = C x (1 - (1 + r)^(-n)/r
PV = 55 x 1.07^(-10)/0.07
PV = 386.3
present value of redemption value:
pv = f / (1 + r)^(n)
where f = par value
PV = 1000 / (1.07)^(10)
PV = 508.35
summing up both values
508.35 + 386.3
= $894.65
