To determine if a point is a solution to an equation, substitute the values of the coordinates into the equation. The point (2,4) was found to not be a solution to the equation y=x-2.
To test if the point (2,4) is a solution to the equation y=x-2, we replace the 'x' with '2' and 'y' with '4' in the equation.
So if y is indeed equal to x - 2, then, replacing x and y should leave you with a true statement. That will be 4 = 2 - 2. But this results in, 4 = 0 which is not true.
So, (2,4) is not a solution to the equation y=x-2.
#SPJ2
Answer:
I'm working during the same thing
B. square
C. rectangle
D. parallelogram
Answer:
Frederick collects the an amount of $4813.24 at the age of 18 out of which $2000 was the beginning amount.
Step-by-step explanation:
We are given the following information in the question:
Amount = 2000
Interest rate = 5%
The money is compounded annually or yearly.
Time = 18 years
Compound interest =
where P is the principal amount, r is the interest rate, t is the time in years and n is the number of compounding in a year.
Since, the money is compounded yearly we put n = 1.
Putting all the values, we get,
Thus, Frederick collects the an amount of $4813.24 at the age of 18 out of which $2000 was the beginning amount.
Answer:
$4813.24
Step-by-step explanation:
Five percent growth corresponds to multiplication by 1+5%=1.05. So, the amount of money Frederick will have in 18 years is 2000(1+.05)^18= $4813.24