linear function with a positive rate of change
exponential decay function
exponential growth function
Answer: linear function with a negative rate of change
Step-by-step explanation:
A linear function is of the form where x is a independent variable and y is a dependent variable . Here the dependent variable increase ( or decrease)c with a constant rate of increase (or decrease).
An exponential functionis a mathematical function of the form where x is a independent variable, and A is a constant called the initial value of the function. Here the dependent variable increase ( or decrease)c with a constant ratio or percentage.
Given: $1000 is taken out of a bank vault each day and nothing is added back.
So the money in the bank vault decreasing by a constant rate of $1000.
Thus, this shows linear function with a negative rate of change models the situation.
Answer:
Step-by-step explanation:
1st way:
Solve directly
6p=0.6(5p+15)
Open bracket
6p = 3p + 9
Collecting like terms
6p - 3p = 9
3p = 9
Dividing by 3
p = 9/3
p = 3
2nd way:
6p=0.6(5p+15)
Convert the decimal to fraction
6p= 6/10(5p+15)
6p= 3/5(5p+15)
6p= 3/5(5p) +3/5(15)
6p = 3p + 9
Collecting like terms
6p - 3p = 9
3p = 9
Dividing by 3
p = 9/3
p = 3
denominator.
Answer:
6/10.
Step-by-step explanation
Divide the top and bottom of the fraction by 10:
60/10 / 100/10
= 6/10.
They are equivalent because in effect we are dividing by 10/10 which is 1.
Answer:
6/10
if you take a 0 off of 100 you have to take the 0 off of 60 too
2 over 6, because 2 over 3 minus 2 times 1 over 6 equals 2 over 3 minus 2 over 6
1 over 6, because 2 over 3 minus 2 times 1 over 6 equals 2 over 3 minus 3 over 6
1 over 6, because 2 over 3 minus 2 times 1 over 6 equals 2 over 3 minus 2 over 6
Please give explaination of your answer
Answer:
the second one
2 over 6, because 2 over 3 minus 2 times 1 over 6 equals 2 over 3 minus 2 over 6
Step-by-step explanation: