Unit 4A Review
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Last updated over 2 years ago
42 questions

1
Does this table show growth or decay?
Does this table show growth or decay?
1
What is the rate of growth/decay?
What is the rate of growth/decay?
1
Write a function (f(x)) that models the data in the table.
Write a function (f(x)) that models the data in the table.
1
Does the table show growth or decay?
Does the table show growth or decay?
1
What is the rate of growth/decay?
What is the rate of growth/decay?
1
Write a function (f(x)) that models the data in the table.
Write a function (f(x)) that models the data in the table.
1
Write a function (f(x)) to model the situation.
Write a function (f(x)) to model the situation.
1
To the nearest dollar, how much will Anthony's home be worth in 2025?
To the nearest dollar, how much will Anthony's home be worth in 2025?
1
Write a function (f(x)) to model the situation.
Write a function (f(x)) to model the situation.
1
To the nearest dollar, how much money will Cale have after 6 hands?
To the nearest dollar, how much money will Cale have after 6 hands?
1
Write a function (f(x)) to model the situation.
Write a function (f(x)) to model the situation.
1
How many people will be zombies after 7 days?
How many people will be zombies after 7 days?
1
Write a function (f(x)) to model the situation.
Write a function (f(x)) to model the situation.
1
To the nearest dollar, how much will the car be worth when Lisa is 25?
To the nearest dollar, how much will the car be worth when Lisa is 25?

1
Rewrite 63 = 216 as a logarithmic equation.
Rewrite 63 = 216 as a logarithmic equation.
1
Rewrite as a logarithmic equation.
Rewrite
as a logarithmic equation.
1
Rewrite ab = c as a logarithmic equation.
Rewrite ab = c as a logarithmic equation.
1
Rewrite as an exponential equation.
Rewrite
as an exponential equation.
1
Rewrite as an exponential equation.
Rewrite
as an exponential equation.
1
Rewrite as an exponential equation.
Rewrite
as an exponential equation.
1
Express log 5 + log 20 as a single logarithm.
Express log 5 + log 20 as a single logarithm.
1
Simplify. Round to the nearest hundredth, if necessary.
Simplify. Round to the nearest hundredth, if necessary.
1
Express log42 + log47 + log43 as a single logarithm.
Express log42 + log47 + log43 as a single logarithm.
1
Simplify. Round to the nearest hundredth, if necessary.
Simplify. Round to the nearest hundredth, if necessary.
1
Express log2320 - log25 as a single logarithm.
Express log2320 - log25 as a single logarithm.
1
Simplify. Round to the nearest hundredth, if necessary.
Simplify. Round to the nearest hundredth, if necessary.
1
Express log1.56.75 - log1.52 as a single logarithm.
Express log1.56.75 - log1.52 as a single logarithm.
1
Simplify. Round to the nearest hundredth, if necessary.
Simplify. Round to the nearest hundredth, if necessary.
1
Simplify: log3 39x-2
Simplify: log3 39x-2
1
Simplify:
Simplify:
1
Simplify:
Simplify:
1
Solve for x: log9 93x = 15
Solve for x: log9 93x = 15
1
Solve for x:
Solve for x:
1
Solve for x:
Solve for x:
1
Solve for x:
Solve for x:
1
Solve for x:
Solve for x:

1
Write an equation for the asymptote of a(x).
Write an equation for the asymptote of a(x).
1
Write an equation for the asymptote of b(x).
Write an equation for the asymptote of b(x).
1
Write an equation for the asymptote of c(x).
Write an equation for the asymptote of c(x).
1
Write an equation for the asymptote of d(x).
Write an equation for the asymptote of d(x).
1
Write an equation for the asymptote of e(x).
Write an equation for the asymptote of e(x).
1
Write an equation for the asymptote of f(x).
Write an equation for the asymptote of f(x).