Answer:
The maximum number of toys you can afford to buy is 40
Step-by-step explanation:
Let
x -----> the number of toys
we have the compound inequality
Divide into two inequalities
-----> inequality A
----> inequality B
<em>Solve the inequality A</em>
Divide by 11 both sides
Rewrite
<em>Solve the inequality B</em>
Divide by 11 both sides
The solution for x is the interval ----> [13,40}
Remember that the number of toys must be a whole number
The domain is all whole numbers greater than or equal to 13 toys and less than or equal to 40 toys
therefore
The maximum number of toys you can afford to buy is 40
Answer:
Step-by-step explanation:
<u>Function Modeling</u>
We need to find a function that models the total cost R(t) of Ebuka's rent if he pays it t weeks late.
We know that the normal rate for the rent is $750. Each week she will be charged by an additional 4%. Let's suppose she is 1 week late. The rent will be
Assuming the percent interest is computed on the previous value, if Ebuka is 2 weeks late, the payment should be
Since the new value is computed from the previous value, it's an exponential grow, and the rate of change is
Each week t Ebuka is late, the total payment is
Answer:
92
Step-by-step explanation:
Answer:
last one
Step-by-step explanation: 25 divided by four is 6.25
Answer:
send here I answer
Step-by-step explanation:
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