Quadratic
Rational
Random Trivia
Radical
Mixed
100

This is the simplified value of q(-3) where

q(x)=x^2+4x+5

What is 

2?

100

This is the simplified value of f(-1) where

f(x)=(x+7)/(x^2-25)

What is 

-1/4?

100

This comedic actor plays the protagonist in The Mask, The Truman Show and Ace Ventura.

Who is Jim Carrey?

100

This is the simplified value of r(10) where

r(x)=3\sqrt(4x-24)

What is 

10?

100

This is the simplified value of h(5) where

h(x)=(\sqrt(30-x))/(x^2-100)

What is 

-1/15?

200

This is the simplified expression of q(x+3) where

q(x)=x^2+4x+5

What is 

x^2+10x+26?

200

This is the simplified value of g(5) where

g(x)=3/x+4/(x+5)

What is 

1?

200

This Taylor Swift album originally debuted in 2012 and had a re-recording in 2021

What is Red?

200

This is the simplified value of k(1) where

k(x)=7\sqrt(30-10x)

What is 

14\sqrt(5)?

200

This is the simplified value of h(x+4) where

h(x)=(\sqrt(30-x))/(x^2-100)

What is 

h(x)=(\sqrt(-x+26))/(x^2+8x-84)?

300

This is the domain q(x) where 

q(x)=x^2+4x+5

What is 

(-\infty, \infty)orRR?

300

This is the domain of f(x) where

f(x)=(x+7)/(x^2-25)

What is 

(-\infty,-5)\cup(-5, 5)\cup(5, \infty)?

300

This restaurant entrepreneur in Breaking Bad rose to power over the years while selling delicious fried chicken

Who is Gustavo Fring?

300

This is the domain of r(x) where

r(x)=3\sqrt(4x-24)

What is 

[6,\infty) orx\ge6?

300

This is the domain of the function

w(x)=(x+5)/(\sqrt(4x^2-1)

What is 

(-∞, -1/2)\cup(1/2, ∞)?

400

This is the range of q(x) where

q(x)=x^2+4x+5

What is 

[1, \infty)ory\ge1?

400

This is the domain of g(x) where

g(x)=3/x+4/(x+5)

What is 

(-\infty,-5)\cup(-5, 0)\cup(0, \infty)?

400

This anime focuses on a young man who wishes to become King of the Pirates

What is One Piece?

400

This is the domain of k(x) where

k(x)=7\sqrt(30-10x)

What is 

(-\infty,3]orx\le3?

400

DAILY DOUBLE!!

This is the domain of h(x) where

h(x)=(\sqrt(30-x))/(x^2-100)

What is 

(-∞, -10)\cup(-10, 10)\cup(10, 30]?