Answer: $337,869.73
Explanation:
Find out the future value of $1,000 given an interest rate of 7.1%. If this amount is less than the future value of $210,000, the difference is added to the final payment to come up with the balloon payment.
The APR needs to be made periodic:
= 7.1% / 12
The $1,000 payment is an annuity so this can be calculated as:
= Annuity * ( ( 1 + rate) ^ number of periods - 1) / rate
= 1,000 * ( ( 1 + 7.1/ 12%) ²⁴⁰ - 1) / 7.1/12%
= $527,297.83
Future value of $210,000
= 210,000 * ( 1 + 7.1/ 12%) ²⁴⁰
= $865,167.56
Balloon payment will be:
= 865,167.56 - 527,297.83
= $337,869.73
Answer:
The assembly line efficiency is 4.17% (to 2 decimal places)
Explanation:
Efficiency is a measure of productivity that is used to determine how well a target is achieved, by finding the ratio of the actual output to the expected output. In this example, the number of units is the output of the assembly line, and the assembly line efficiency is calculated as follows:
Assembly line efficiency = (actual output) /(required output) × 100
actual output = 25 minutes
if 5 minutes = 1 unit
∴ 25 minutes = 1/5 × 25 = 5 units
∴ actual output = 5 units
required output = 120 units
∴ efficiency = 
= 4.17%
A in the expected future exchange rate increases the demand for u.s. dollars. in the u.s. demand for imports does not change the demand for u.s. dollars.
In economics, demand is the number of goods that consumers are willing to purchase at various prices in a particular location and during a particular period of time. [1] The relationship between price and quantity demanded is also called the demand curve. Demand for a particular item is a function of perceived need, price, perceived quality, convenience, available alternatives, disposable income, buyer preferences, and many other options.
Demand refers to the consumer's willingness to buy and pay for goods and services without hesitation. Simply put, demand is the number of items that customers are willing to purchase at various prices over a period of time.
Learn more about demand here
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Answer:
$2,010
Explanation:
The future value of the savings account in 6 years can be computed using the below future value formula:
FV=PV*(1+r)^n
FV=unknown future amount
PV=current worth of the savings account=$1,200
r=annual interest rate=5%
n=number of years envisaged=6
FV=$1,500*(1+5%)^6
FV=$1,500*(1.05)^6
FV=$1,500*1.3400956
FV=$2,010
Answer:
$2.27
Explanation:
Unit Cost =
If the average cost method is used, the materials cost per unit (to the nearest cent) would be: $2.27
