Answer: Yes, I agree. $10 will be withdrawn every Friday, resulting in the $100 she deposited being completely gone after 10 withdrawals.
Step-by-step explanation: You will want to find the amount of money being taken from the $100 withdrawal first. Turn the percent into a decimal, which should result to 0.10. Take this decimal and multiply it with 100 to get the amount of money being taken out of the account each week, which should be $10. I would go about answering this by multiplying the $10 by the amount of 10 withdrawals. This would result in 100. This answers the question because we are trying to see if 10 withdrawals will completely deplete the $100 in the account.
Write your equation so that the units on each side of the equation are cupcakes per student.
Equation:
= 3
Number of cupcakes: x=
The equation is 3=(x+15)/30 and the number of additonal cupcakes to be made is 75.
An equation is a relationship between the variables and constants representing how they are related to each other. It includes equal to "=" sign.
It is known that each student will have 3 cupcakes. So, right side of the equation will be 3.
After 15 cupcakes, x more cupcakes are needed. So, the total number of cupcakes is x+15.
Since there are 30 students, the number of cupcakes per student will be (x+15)/30
Determine the equation and solve it.
(x+15)/30=3
x+15=90
x=75
So, 75 more cupcakes are needed to be baked.
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Answer:
Equation: 15x+30=3
Number of Cupcakes: x = 75
Step-by-step explanation:
30 x 3 - 15 = 75
I hope this helps you :)
9514 1404 393
Answer:
10^4 or 10,000
Step-by-step explanation:
The ratio of pig mass to mouse mass is ...
(2×10^2 kg)/(2×10^-2 kg) = (2/2)×10^(2-(-2)) = 10^4 = 10,000
A pig has about 10^4 times the mass of a mouse.
Answer:
x-intercept = 16/1 = 16.00000
y-intercept = 16/-2 = 8/-1 = -8.00000
Step-by-step explanation:
Answer:
(f×g)(x) = x +5.
Step-by-step explanation:
Given : f(x)= and g(x) = x²+5x.
To find : find (f×g)(x).
Solution: We have given f(x)= and g(x) = x²+5x.
For (f×g)(x) = f(x) * g(x) .
Plug the values
(f×g)(x) = * x²+5x.
(f×g)(x) =
On taking x common from the numerator
(f×g)(x) = .
(f×g)(x) = x +5.
Therefore, (f×g)(x) = x +5.