Answer:
$1,194.05
Explanation:
The applicable formula is A = P x ( 1+ r) ^ n
Where A is the future amount
P is principal amount $1000
r is 6% per year or 0.06
n= time in years; 3 years
Since interest is compounded semi-annually, r will be 0.06 /2 = 0.03
n will be 3 years /2 = 6 periods
A = $1000 x ( 1 + 0.03) ^ 6
A = $1000 x 1.194052
A=$1,194.05
Answer:
a-1. The present value of Plan 1 = $93.08
a-2. The deal 2 which involves paying immediately adn taking the 10% discount is better.
Explanation:
a-1.
The interest rate of 5% is taken as the discount rate to convert future cash flows into the present value.
The First payment plan with installments has a present value of,
Present Value-Plan 1 = 25 + 25/1.05 + 25/1.05² + 25/1.05³ = $93.08
a-2.
The first plan will cost $93.08 in the present value.
The second plan will involve immediate payment and a discount of 10%vwhch makes the present value of plan 2 as $90 (100 - (100*0.1)).
Thus, the second deal or deal involving immediate payment and taking the discount is better.
Answer:
73 years
Explanation:
To solve this problem, we can use the formula for the annual compound interest, which is:
where:
A is the final amount after time t
P is the principal
r is the rate of interest
t is the time
In this problem, we have:
is the principal
is the interest rate (5.5%)
We want to find the time t at which the amount of money is
A = $100,000
Therefore, we can re-arrange the equation and solve for t:
So, it will take 73 years.
Answer:
The level of saving = $450 billion - $400 billion= $50 billion
Marginal propensity to save = 1- marginal propensity to consume (MPC)=0.5
Expected consumption
MPC= change in Consumption/ change in income 200 billion * 0.5 = $100billion
Therefore consumption = 100 billion + 400 billion = $500 billion
Saving = $650 billion - $500 billion= $ 150 billion
Explanation:
It is the Continuous Flow Production Process. It is a stream creation strategy used to fabricate, deliver, or process materials without intrusion. Consistent generation is known as a persistent procedure or a nonstop stream process in light of the fact that the materials, either dry mass or liquids that are being prepared are constantly in movement, experiencing synthetic responses or subject to mechanical or warm treatment. Persistent handling is diverged from group generation.