The amount of money the credit card customer stillowes to pay is $339.35.
We are given that,
The amount the credit card customer owes = $523.85.
The amount the credit card customer paid = $184.50.
We have to find the amount of money the credit card customer stillowes to pay.
The amount of money the credit card customer stillowes to pay :
= The amount the credit card customer owes - The amount the credit card customer paid
= $523.85 - $184.50
= $339.35
Thus, the amount of money the credit card customer stillowes to pay after paying $184.50 is $339.35.
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Answer:
339.35
Step-by-step explanation:
b(3x-2x+c) = 9 - 6x+15
Answer:
b=3
c=5
Step-by-step explanation:
b(3x^{2}-2x+c) = 9x^{2} - 6x+15
Distribute
3b x^2 -6x +bc = 9x^2 -6x +15
Each term must be equal
3bx^2 = 9x^2
3b = 9
Divide by 3
3b/3 = 9/3
b =3
bc = 15
3c =15
Divide by 3
3c/3 = 15/3
c =5
Additions strategies assist children in learning number relationships and comprehending why quantities connect. When kindergartners were allowed to regularly answer addition problems that enhanced skills provide a framework for understanding mathematics at the elementary level.
Given:
To find:
Adding value in two different strategies.
Solution:
First strategy:
Second strategy:
Separate the value into two parts then add the value:
Third strategy:
add first and the last term then adds mid-two-term:
Learn more:
The answer is 101/1000
Happy to help
Answer: B) 64/9
Step-by-step explanation:
8/3= 2.666666667
2.666666667^2= 7 1/9
7 1/9 equals to 64/9 which therefore gives the answer choice B.
Answer:B 64/9
Step-by-step explanation:
x to the power of 2 : x * x
8/3 to the power of 2 : 8/3 * 8/3 = 64/9
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f(x)=-3(b)^x-5
f(x)=5(b)^x-1
f(x)=-5(b)^x+10
f(x)=2(b)^x+5
Answer:
Step-by-step explanation:
we know that
The y-intercept is the value of y when the value of x is equal to zero
Verify each case
case 1) we have
so
For x=0
therefore
The function has a y-intercept of (0,5)
case 2) we have
so
For x=0
therefore
The function does not have a y-intercept of (0,5)
case 3) we have
so
For x=0
therefore
The function does not have a y-intercept of (0,5)
case 4) we have
so
For x=0
therefore
The function has a y-intercept of (0,5)
case 5) we have
so
For x=0
therefore
The function does not have a y-intercept of (0,5)