Answer:
y=5(1.05)^t=5% rate of growth
f(t)=50(0.95)^t=5% rate of decay
g(t)=50(1.5)^t=50% rate of growth
y=5(.5)^5=50% rate of decay
Step-by-step explanation:
y=5(1.05)^t= 1+x=1.05. x=0.05. 0.05= 5%, 5% rate of growth,
f(t)=50(0.95)^t=1-x=0.95, x=-0.05=-5%=5% rate of decay
g(t)=50(1.5)^t=1+x=1.5, x=0.5=50%, 50% rate of growth
y=5(.5)^5=1+x=0.5, x=-0.5=50%, 50% rate of decay
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Mass over volume g/mL: so it would be 5mL as tge volume and 2 g/mL as the density.
I seef(x) between 0 to 1 is goes to xfinity but in the negative direction
We can say it is large neagtive numbet when x is between 0 and 1
Factor out the common terms in the first two terms, then in the last two terms
x(y - 5) + 2(y - 5)
Factor out the common term y - 5
(y - 5)(x + 2)
A linear function represents this situation, because Justin’s money does not compound, and his savings increase by the same amount each week.