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Worksheets11-09 Review 3-1
Total questions: 38
Worksheet time: 2hrs 58mins
In a pasture, there are horses and chickens. If there are a total of 28 animals and 80 legs, how many chickens and horses?
10 horses, 18 chickens
16 horses, 12 chickens
12 horses, 16 chickens
18 horses, 10 chickens
What is the solution?
(5, -6, 3)
(2, 3, -1)
(-4, 2, 5)
No Solution
This system has _____ solutions.
0
1
2
infinitely many
This system has _____ solutions.
0
1
2
infinitely many
Which of the following points is a solution to the system of inequalities?
x + 2y ≥ 4
3x − 2y < 4
(0, 0)
(2, 1)
(2, 2)
(-1, 1)
Which system of inequalities is shown?
y > -4/5x - 1
y ≤ 2/3x + 3
y ≥ -4/5x - 1
y ≤ 2/3x + 3
4x + 5y < -5
2x - 3y < -9
4x + 5y < -5
2x - 3y ≥ -9
Which system of inequalities is shown?
x + 5y > -5/2
2x + y ≥ -4
x + 5y > -5/2
2x + y ≤ -4
y ≥ -1/5x - 1/2
y ≤ -2x - 4
y < -1/5x - 1/2
y ≥ -2x - 4
Which system of inequalities is shown?
y > -2 + x
y ≤ 2x + 2
y > 2 + x
y ≤ 2x + 2
y ≥ -2 + x
y ≤ 2x + 2
y ≥ 2 + x
y ≤ 2x + 2
Which point is a solution to the system of inequalities?
(0, 6)
(-3, 4)
(1, 0)
(-4, 3)
Which system of equations is shown?
y = -3|x+1|+4
x = y
y = -3|x+1|+4
x = -y
y = -2|x+1|+4
x = y
y = -2|x+1|+4
x = -y
Which system of equations is shown?
x2 - 2x - y - 2 = 0
2x + y = 1
x2 - 2x - y - 2 = 0
2x + y = 0
x2 - 2x - y - 3 = 0
2x + y = 1
x2 - 2x - y - 3 = 0
2x + y = 0
Suppose you want to make a certain kind of tropical punch, using bananas, oranges, and papayas. There are twice as many oranges as bananas. You also know that the 7 pieces of fruit cost $5.25, where bananas cost $.50 each, oranges cost $.75 each, and papayas cost $1.25 each. How many oranges did you buy?
1
2
3
4
What are the domain and range?
Domain: (-∞, -1]
Range: (-∞, 1]
Domain: [1, ∞)
Range: (-∞, -1]
Domain: (-∞, 1]
Range: [-1, ∞)
Domain: [-1, ∞)
Range: (-∞, 1]
What are the domain and range?
Domain: x ≤ 8
Range: y ≥ -5
Domain: x ≤ 8
Range: y ≥ 3
Domain: x ≥ 8
Range: y ≥ 3
Domain: x ≥ 8
Range: y ≥ -5
What is the domain?
(-∞, -3)
(-∞, -3]
(-3, +∞)
[-3, +∞)
What is the domain?
(-∞, 0]
(-∞, 0)
[0, ∞)
(0, ∞)
What is the range?
(-∞, 0]
(-∞, 0)
[0, ∞)
(0, ∞)
What is the domain?
x < 2
x < -3
x > 2
x > -3
What is the range?
y < 2
y < -3
y > 2
y > -3
Child: $8
Senior: $8
Child: $4
Senior: $5
Child: $5
Senior: $4
Child: $7
Senior: $5
Given the equation
y = 4x + 1, which equation will result in “no solutions” when both equations are graphed?
-4x - y = 1
y = 1/4(x) + 1
4x - y = -3
4x + y = 3
y≤x-3
y≤x-3
y≤x-3
y≤x-3
y≤x-3
y≥x-3
y≥x-3
y≤x-3
y≤4
-2x+y≥-10
x+y>-4
p = 2d
d = n+2
2p = d
d = n+2
p = 2d
d = n-2
2p = d
d = n-2
1p+5n+10d = 2.11
p = 1/2d
1p+5n+10d = 2.11
2p = d
.01p+.05n+.1d = 2.11
d = 1/2p
.01p+.05n+.1d = 2.11
2p = d
y = (x-2)2 - 4
y = (x-3)2 - 4
y = (x-2)2 - 4
y = (x-3)2 - 4
