1 it could lead you to legal trouble
2 it could lead to bad credit
3 it could effect you being able to get a credit card to help get your credit back up
Answer:
0.4868%
$615.47
Explanation:
Given that
a. EAR = 6%
Thus,
Equivalent monthly rate = (1 + r)^n - 1
Where r = EAR
Therefore
= (1 + 0.06)^1/12 - 1
= 1.0048675 - 1
= 0.0048675 × 100
= 0.4868%
b. Given that
Monthly rate = 0.4868%
Future value = 100,000
Time = 10 years
Recall that
FV annuity formula = C × (1/r) × ([1 + r ]^n - 1)
Where
C = payment
Therefore
100000 = C (1/0.004868) × ([1 + 0.004868]^120 - 1)
C = 100,000/(1/0.004868) × ([1 + 0.004868]^120 - 1)
C = $615.47 per month
Answer:
<em>16,800 dollars.</em>
Explanation:
<em>Overhead rate predetermined at availability.
</em>
= Approximate overhead processing times / Capacity machine hours.
= $33,600 / 24,000.
= $1.4 per hour on machine.
<em>Cost of Resources not used.
</em>
= (Machine hours at capacity - Actual machine hours) x Overhead speed estimated at load.
= ( 24,000 - 12,000) x $1.4.
= 16,800 dollars.
Answer:
$4,900 (From simple interest method)
Explanation:
Given:
Amount invested (p) = $4,000
Interest rate for simple interest (r) = 4.5% = 4.5/100 = 0.045
Interest rate for Compound interest (i) = 4%
Number of year (t) = 5
Computation of amount from simple interest method:
Amount = p(1+rt)
Amount = $4,000[1+(0.045 × 5)]
Amount = $4,000[1+0.225]
Amount = $4,000[1.225]
Amount (from simple interest method) = $4,900
Computation of amount from compound interest method:
Therefore, Amount from simple interest method is higher .
