Multiplying and Dividing Rational Functions
Adding and Subtracting Rational Functions
Solving Rational Equations
Analyze Graphs of Rational Functions
100

Simplify

(5x+15)/(x+3)


5

100

Subtract

(x+12)/(2x-5)-(3x-2)/(2x-5)


(-2x+14)/(2x-5)


100

Solve

(1)/(x)-(x-2)/(3x)=(4)/(3x)


x = 1

100

What is the Vertical Asymptote of the function: 

(2x-3)/(x-4)


x = 4

200

Multiply

((a^2+7a+12)/(a^2-9))*((a-3)/(a+3))



(a+4)/(a+3)

200

Add

(x+4)/(x^2-x-12)+(2x)/(x-4)


(2x^2+7x+4)/((x-4)(x+3))


200

Solve

(x-2)/(x-1)=x+2


x = 0

200

What is the Horizontal Asymptote of the function: 

(2x-3)/(x-4)

y = 2

300

Divide. 

(c^2-c-12)/(c^2+4c+3)

and 

(c^2-6c+8)/(c^2+5c+4)



(c+4)/(c-2)

300

Simplify

x/(x-4)-(6x)/(x-5)


(-5x^2+19x)/((x-4)(x-5))


300

Solve

(56)/(x^2-2x-15)-(6)/(x+3)=(7)/(x-5)


No solution 

(x = 5 is extraneous)

300

Find the hole in the function: 

(x^2-64)/(x^2+9x+8)


(-8, 16/7)

400

Multiply

(x^2-25)/(4x-20)*1/(x^2+6x+5)


(1)/(4(x+1))


400

Add

(1)/(12xy^2)+(3y)/(10x^2)


(5x+18y^3)/(60x^2y^2)


400

Solve

(2x-9)/(x-7)+(x)/(2)=(5)/(x-7)


x = -4

(x = 7 is extraneous)

400

Identify the x and y intercepts in the function: 

(x-4)/(3x-8)


x-intercept: (4, 0)

y-intercept: (0, 1/2)

500

Simplify

((3x+6)/(x+5))/((x+2)/(x^2-25))


3(x-5)

500

Add

(3x^2)/(16x^2-1)+(2)/(4x+1)-(x)/(4x-1)


(-x^2+7x-2)/((4x+1)(4x-1))


500

Solve

(x^2-4)/(x+3)+(x-2)/(x+3)=2


x = 4

(x = -3 is extraneous)

500

Find the asymptotes of the function: 

(x+1)^2/(2x-1)


VA: x=1/2

HA: none

Oblique asymptote: y= (1/2)x + 5/4

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