Coordinate Plane
Domain & Range
Graphs
Functions
Arithmetic Sequences
100
The point shown below
(3, -4)
100
The Domain of the following relation.
{(3, 1), (-2, 7), (4, -5), (8, 2)}
Domanin: {3, -2, 4, 8}
100
Draw a graph that represents the distance traveled of a bowling ball rolling down a bowling alley versus time.
100
f(x) = 3x-2. f(7)=?
19
100
What is the common difference between these numbers?
5, -4, -13, -22,...
-9
200
The point A shown below.
(-5, 3)
200
The Range of the following function.
y>=-4
200
Does this graph represent a function?
Yes
200
if f(x)=-2x+5 what is the value of x if g(x) = 19
x=-7
200
Is this an arithmetic sequence?
-14, 6, 4, 12,...
No
300
The distance between points G and H.
9.22 or
sqrt(85)
300
Determine the Range of this function
Range: -5<y<=6
300
Which color graph represents a ball falling from a building.
Green
300
f(x) = 6x^2+2
g(x) = -x^2-7
Evaluate
f(-4)-g(3)
114
300
determine the equation for the nth term in this arithmetic sequence.
17, 9, 1, -7,...
a_n = 25-8n
400
Determine the area of the triangle.
4
400
What is the domain of the function
f(x)=sqrt(x-4)/(x^2+25)
Domain:
x>=4
400
x^{3}+2x^{2}-x-1
Determine the zeros of this function
x={-2.25, -0.556, 0.802}
400
f(x) = 3x-4
g(x)=2x^2+4x-8
2(-g(4)+f(3))=?
-70
400
A scientist started with 136 bacteria. Of these 136, 54 are special bacteria that produce one additional bacteria every day. The 54 new bacteria are normal and not special like that ones that produced them. How many bacteria will the scientist have after 9 weeks.
3106
500
This is the name of the type of coordinate system.
Polar coordinate plane
500
What is the range of the function
y=sinx
-1<=y<=1
500
Cary is running around a track at a constant rate. Draw a position versus time graph for Cary's running a mile.
500
f(x) = -3x^2+7x-3
g(x) = 2x-4
f(g(-5))=?
-689
500
Approximately 8.8 million new stars form in the Magellanic Clouds every ten years. As of 25 years ago, there were approximately 33 billion stars in the Magellanic Clouds. In the Milky way, there are approximately 100-400 billion stars. How many stars will be in the Magellanic clouds in 10,000 years?
41,817,600,000 stars (approx.)