Public "Domain"
Home on the "Range"
One, the Other, or Both
A Pursuit of Trivia
100

What is the domain of the function on the graph?

Domain: 

(-oo,oo)

100

What is range of this function:

b(y)=-7y+14

Range: 

(-oo,oo)

100

What is the domain and range of this graph of a function?

Domain:

[0,10)

Range:

[-5,4)

100

What does the abbreviation "www" commonly listed before websites stand for?

World Wide Web

200

What is the domain of the function:

g(x)=2x^3-4x+7

Domain:

(-oo,oo)

200

What is the range of the function on the graph?

Range:

[-4,oo)

200

What is the range of this function:

f(p)=x^3+3x^2+6x+6

Range:

(-oo,oo)

200

In 1994, this country opened the first Starbucks outside of North America. Name it. (Double points for the City it was located in)

Japan (Tokyo)

300

What is the domain of the function on this graph?

Domain:

[-6,7]

300

What is the range of the function on this graph?

Range:

[-5,5]

 

300

What is the domain and range of the graphed function?

Domain:

(-oo,4]

Range:

(3,oo)

300

TRUE or FALSE: The City of Dunkirk is closer to Buffalo than the Pennsylvania Border.

FALSE, it is roughly 30 miles to the border, but 40 miles to Buffalo.

400

What is the domain of the function on the graph?

Domain:

[0,9)

400

TRUE or FALSE: The given value is included in the range for the given function.

y=-1

g(x)=sqrt(x+5)

 

FALSE (why not?)

400

What is the domain and range of the graph?

Domain:

(-6,20)

Range:

[-5,8)

400

It's the number of planets in the solar system, multiplied by the typical number of basketball players allowed on the court by ONE team at a time, divided by the number of artists in "The Beatles" band.

Planets (8), Basketball Players(5), Beatles(4), gives us 

8times5divide4=10

500

TRUE or FALSE: The given value is included in the domain for the given function.

x=-3

g(x)=sqrt(4-x)

 

TRUE

500

What is the range of this function?

Range:

[-2,4)

500

What is the domain of the function:

f(x)=5/x

Domain:

(-oo,0)uu(0,oo)

500

First, do Josh Allen's jersey number minus the number of periods there are in one school day. Next, take the number of cents of a quarter and divide by the number of Great Lakes. Add these two values together to get the answer.

Josh Allen Jersey number (17), Number of periods in one school day (9), number of cents in a Quarter (25), number of Great Lakes (5), which gives us

(17-9)+(25divide5)=8+5=13