For this case we have the following variables:
x: number of nickels
y: number of dimes
z: number of quarters
We now write the system of equations that models the problem:
Rewriting the equations as a function of z we have:
From here, we clear the value of z:
Answer:
The number of quarters that Rachna has is:
B. 11
Answer:
6 inches
Step-by-step explanation:
correct on Plato/ edmentum courseware
3 × 0.65
4.8 × 2
8.1 × 10
6.1 × 7.3
7.22 × 100
Answer:
48. x 2
Step-by-step explanation:
4.8 x 2
The recursive function which represents the number of stamps he has on any day in the future is F(n) = 80 + 2ⁿ.
Given that:
Number of stamps that Nathan has in the beginning = 80
He adds 1 stamp to it today.
Each day he plans to add twice the number of stamps as the previous day.
So, the number of stamps will be in the order:
80 + 1, 80 + 2(1), 80 + 2(2(1)), 80 + 2(2(2(1))), ...
That is each day, the added stamps become twice.
On the first day, he added 1, on the second day, he added 2, on the third day, he added 4, ...
So, the recursive function can be written as:
F(n) = 80 + 2ⁿ, where n starts from 0.
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Your answer
Answer:
bill would be 11 years old.