What is the solution to this system of linear equations y-x=4 and y+2x=1
1 answer:
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Answer:
A. 60.5
Step-by-step explanation:
A = 1/3(area of base)(h)
= 1/3(22)(8.25)
= 60.5
The compounded interest function that models the situation is: 
where
is the final amount of money after 
years.
is the initial investment.
is the interest rate in decimal form.
is the number of times the interest is compounded per year.
is the time in years.
We know for our problem that
and 
. To convert the interest rate to decimal form, we are going to divide the rate by 100%:
We also know that the interest is compounded anally, so it is compounded 1 time per year; therefore,
.
Lets replace the values in our formula to find the final amount after 8 years:
We can conclude that since we are dealing with compound interest we must use the function. Also, after 8 years the balance in the account will be $1291.58
where
We know for our problem that
We also know that the interest is compounded anally, so it is compounded 1 time per year; therefore,
Lets replace the values in our formula to find the final amount after 8 years:
We can conclude that since we are dealing with compound interest we must use the function
<< Add 
to the left and right of the equation, multiple and make ''opposite multiplation'' to find x.
A)
25x.(-32)= (-16).5
-800x= -80
**to leave x alone and positive, you must divide to -800.
= INCORRECT
B)
C)
10x=1
D)
40x= 4
x=
= 1/10
I think there is a problem with the options :D
A)
25x.(-32)= (-16).5
-800x= -80
**to leave x alone and positive, you must divide to -800.
= INCORRECT
B)
C)
10x=1
D)
40x= 4
x=
I think there is a problem with the options :D