Answer:
the principal amount at a rate of 4% is 2000
principal amount at a rate of 3.5% is 4000-2000 =2000
Explanation:
We have given total amount borrowed = $4000
Let x amount is borrowed at a rate of 4%
So $4000-x is borrowed at rate of 3.5%
Total interest = $150
We know that simple interest 
So 
0.5 x=1000
x = 2000
So the principal amount at a rate of 4% is 2000
And principal amount at a rate of 3.5% is 4000-2000 =2000
Answer:FALSE
Explanation: A Grid computing is a computer architectural design which can be described as a SUPERCOMPUTER SYSTEM,where all the components of a computer systems are interconnected functionally in order for them to work as a single unit.
WITH GRID COMPUTING, COMPUTER SYSTEM AND NETWORK SYSTEMS CAN BE SEEN TO ACT IN THE SAME WAY AS THE POWER GRID AS IT ALL THE COMPONENT WORK IN ORDER TO DELIVER THE NEEDS OF THE DESIGNERS OR END USERS.
If the total cost of his college education is 30,000, he will have enough resources to pay.
Answer:
A. nominal interest rate is equal to the expected inflation rate plus the equilibrium real interest rate.
Explanation:
Inflation can be defined as the persistent general rise in the price of goods and services in an economy at a specific period of time.
Generally, inflation usually causes the value of money to fall and as a result, it imposes more cost on an economy.
When this persistent rise in the price of goods and services in an economy becomes rapid, excessive, unbearable and out of control over a period of time, it is generally referred to as hyperinflation.
The Fisher effect states that the nominal interest rate is equal to the expected inflation rate plus the equilibrium real interest rate.
Thus, the real interest rate in a particular country's economy equals the nominal interest rate minus the expected inflation rate.
All things being equal (Ceteris paribus), the expected inflation rate of a country's economy would eventually cause an equal rise in the interest rate that the deposits of the country's currency can offer. Also, as inflation increases, the real interest rate falls or decreases.
Answer:
22.33 m
Explanation:
We are given;
Coefficient of kinetic friction between the puck and floor; μ = 0.5
initial speed of the puck; u = 14.8m/s
From Newton's equation of motion, we know that;
v² = u² + 2as
But since it decelerate to rest, the acceleration will be negative.
Thus;
v² = u² - 2as
Final velocity is zero, thus;
0 = u² - 2as
Thus, a = u²/2s
Where s is the distance covered before coming to rest.
Now, we know that formula for the frictional force is;
F = μmg
F/m = μg
We also know that F/m = a
Thus, a = μg
Thus:
u²/2s = μg
s = u²/(2μg)
s = 14.8²/(2 × 0.5 × 9.81)
s = 22.33 m
