Exponent Properties
nth roots and rational exponents
Transformations
Solving Radical Equations
true or false
100

30+40

2

100

(-216)1/3

-6

100

Let the graph of g be a vertical shrink by a factor of 2. f(x)=sqrt(x)

2sqrt(x)

100

2sqrt(x)=4

x=4

100
I can multiply exponent when they have the same base 

false

200

(x3)(y10)(x5)(y6)

x8y16

200

85/3

32

200

Let g be a reflection in the x-axis, followed by a translation 7 units right of the graph of f(x)=sqrt(x) Write a rule for g.

-sqrt(x-7)

200

cuberoot(2x-9)=2

x=17/2

200

when you raise a variable to the 1/2 it is the same as finding its square root 

true 

300

(6x-7y2x5)3

216x-6y6

300

(49)-3/2

1/343

300

Let g be a reflection in the x-axis, followed by a translation 5 units right, 4 up of the graph of f(x)=sqrt(x) Write a rule for g.

g(x)=sqrt(x-5)+4

300

3sqrt(49)+x=10

x=-11

300

Thr product porperty for radicals states you can multiply whats inside the radicand if you have the same index

true

400

(2x5y6x-3y-3)*(2x2)

8x6y6

400

(16)1/3-5(2)1/3

-3(21/3)

400

Let g be a reflection in the y-axis, no vertical stretch followed by a translation 3 units right, 2 up of the graph of f(x)=sqrt(x) Write a rule for g.

g(x)=sqrt(-x-3)+2

400

2cuberoot(x-2)=6

x=29

400

If you multiply two numbers and both are raised to the same exponent, I can add the numbers

false, you multiply them 

500

(51/2*5-3/2)-1/4

51/4

500

(144a2b2c4)1/2

12abc2

500

Let g be a reflection in the x-axis, followed by a translation 7 units right and vertical stretch by a factor of 4 of the graph of f(x)=sqrt(x) Write a rule for g.

-4sqrt(x-7)

500

4sqrt(x+8)=10

x=-412/64 or x= -103/16

500

If you have a horizontal stretch/shrink shift, you apply the factor as is, but with a vertical stretch/shrink you flip the factor. 

false

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