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Test your basic knowledge |
CSET Multiple Subjects Subtest 2a Domain 2: Math
Start Test
Study First
Subjects
:
cset
,
math
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. P = 2b + 2h P = 2(b + h) A = bh
Factoring the difference between two squares
Rectangle
Prisms in general
If the sign of the last term is positive
2. Line is horizontal
Zero slope
Coordinates/ordered pairs
Inequality
Factoring the difference between two squares
3. Four quarters that the coordinate graph is divided into
If the sign of the last term is positive
Positive slope
Linear equation
Quadrants
4. x- axis or abscissa - Numbers to the right of 0 are positive and to the left of 0 are negative
Horizontal axis
Multiplying monomials
Quadrants
y - coordinate
5. x is always positive and y is always positive
Prisms in general
In quadrant I
Coordinate graphs
Sphere
6. An equation whose points - when connected - form a line - Can be written in the form - 'y = mx + b'
Parallelogram
Origin
Linear equation
Cylinder
7. If the sign of the last term is negative: Find two numbers whose product is the last term and whose difference is the coefficient (number in front) of the middle term - Give the larger of the two numbers the sign of the middle term - and give the opp
Trapezoid
Slope of perpendicular lines
To decide on the signs of the numbers
Proportion
8. C = pd C = 2pr A = pr
Monomial
Polynomial
Circle
Solving quadratic equations
9. Use the distributive property
Factoring out a common factor
Undefined/no slope
Horizontal axis
Multiplying monomials with polynomials and polynomials with polynomials
10. The point at which the two axes intersect - Represented by the coordinates (0 -0) - often marked simply 0
Rectangle
Sphere
Origin
Slope of parallel lines
11. x is always negative and y is always negative
Rhombus
Adding and subtracting monomials
Quadrants
In quadrant II
12. A statement in which the relationships are not equal - Instead of using an equal sign (=) as in an equation - we use > (greater than) and < (less than) - or = (greater than or equal to) and = (less than or equal to). - When working with inequalities
Inequality
In quadrant I
Equation
Rhombus
13. P = 4a A = ah
Zero slope
Adding and subtracting monomials
Rhombus
Multiplying monomials
14. The first number in the ordered pair - Shows how far to the right or left of 0 the point is
Equation
Rhombus
Rectangle
x- coordinate
15. A quadratic with a term missing
Coordinates/ordered pairs
Multiplying monomials
Incomplete quadratic
Proportion
16. Check to see if you can monomial factor (factor out common terms). Then - if A = 1 (the first term is simply x
In quadrant I
Factoring polynomials that have three terms: Ax
Rhombus
Factoring
17. The slope of a line gives a number value that describes its steepness and the direction in which it slants - Positive slope - negative slope - zero slope - undefined/no slope - Slope is calculated by comparing the rise (the difference of the y - val
Slope value
Polynomial
Cylinder
Adding and subtracting polynomials
18. Insert the value(s) given for the unknown(s) and do the arithmetic - making sure to follow the rules for the order of operations.
Evaluating expressions
In quadrant I
Monomial
Triangle
19. P = 2a + 2b P = 2(a + b) A = bh
Prisms in general
Parallelogram
Coordinates/ordered pairs
Adding and subtracting polynomials
20. Find the largest common monomial factor of each term - Divide the original polynomial by this factor to obtain the second factor (the second factor will be a polynomial)
Factoring out a common factor
Origin
Inequality
Undefined/no slope
21. Finding two or more quantities whose product equals the original quantity
Factoring
Parallelogram
Quadrants
Sphere
22. Add or subtract the like terms in the polynomials together
Undefined/no slope
Adding and subtracting polynomials
Trapezoid
Proportion
23. Line is vertical
Undefined/no slope
Factoring the difference between two squares
Trapezoid
Cube
24. SA = (Base - per)h + 2(Base - area) V = (Base - area)h
Prisms in general
Slope of perpendicular lines
Linear equation
Rectangle
25. Have corresponding sides forming proportions
Sphere
Graphing equations
Similar triangles
Negative slope
26. SA = (Base - per)h + 2(Base - area) SA = 2prh + 2pr
Undefined/no slope
Adding and subtracting monomials
Graphing equations
Cylinder
27. When an expression has a positive integer exponent - it indicates repeated multiplication (Multiply numbers and add exponents on like term variables)
Quadrants
In quadrant III
Multiplying monomials
In quadrant IV
28. x is always positive and y is always negative
Slope value
Solving quadratic equations
In quadrant IV
Adding and subtracting polynomials
29. Graphs of equations in two variables (usually x and y) can be formed by finding ordered pairs that make the equation true - and then connecting these points
Origin
Graphing equations
Sphere
Zero slope
30. A quadratic equation is an equation that could be written as Ax
Solving quadratic equations
Zero slope
Evaluating expressions
Undefined/no slope
31. An algebraic expression that consists of two or more terms separated with either addition or subtraction
Polynomial
Slope of parallel lines
Positive slope
Equation
32. Formed by two perpendicular number lines (coordinate axes)
Coordinate graphs
Slope of perpendicular lines
Factoring the difference between two squares
Monomial
33. Line rises as it goes to the right
Trapezoid
Positive slope
To decide on the signs of the numbers
Graphing equations
34. Slope values will be opposite reciprocals
In quadrant I
Multiplying monomials
Slope of perpendicular lines
Cube
35. x is always negative and y is always negative
Multiplying monomials with polynomials and polynomials with polynomials
Evaluating expressions
In quadrant III
Factoring the difference between two squares
36. An algebraic expression that consists of only one term
Multiplying monomials with polynomials and polynomials with polynomials
Polynomial
Monomial
To decide on the signs of the numbers
37. SA = 6a
Rectangular Prism
Cube
Sphere
Proportion
38. P = a + b + c A = (bh)/2
Coordinates/ordered pairs
y - intercept
Triangle
Rectangle
39. Find the square root of the first term and the square root of the second term - Express your answer as the product of the sum of the quantities from step 1 times the difference of those quantities
Evaluating expressions
In quadrant I
Factoring the difference between two squares
Incomplete quadratic
40. y - axis or ordinate - Numbers above 0 are positive and numbers below 0 are negative
x- coordinate
In quadrant II
Cylinder
Vertical axis
41. The second number in the ordered pair - Shows how far up or down the point is from 0
y - coordinate
Prisms in general
Negative slope
Adding and subtracting monomials
42. An ordered pair of numbers by which each point on a coordinate graph is located - Coordinates show the points' location on the graph - Shown as (x - y)
Monomial
Cylinder
Factoring
Coordinates/ordered pairs
43. Same slope values
If the sign of the last term is positive
Evaluating expressions
Rhombus
Slope of parallel lines
44. Find two numbers whose product is the last term and whose sum is the coefficient of the middle term - Give both factors the sign of the middle term - If A ? 1 (if the first term has a coefficient different than 1
Proportion
If the sign of the last term is positive
Factoring polynomials that have three terms: Ax
Graphing equations
45. A relationship between numbers and/or symbols that says two expressions have the same value - Solving an equation for a variable requires that you find a value or an expression that has the desired variable on one side of the equation and everything
Equation
Sphere
Linear equation
Coordinate graphs
46. Must be like terms (like terms have exactly the same variables with exactly the same exponents on them)
x- coordinate
Adding and subtracting monomials
Triangle
In quadrant I
47. SA = 2(lw + lh + wh) SA = (Base - per)h + 2(Base - area) V = lwh V = (Base - area)h
x- coordinate
Rectangular Prism
Factoring polynomials that have three terms: Ax
Linear equation
48. The point at which the line passes through the y - axis - The b in the y = mx + b form
Proportion
Quadrants
Rhombus
y - intercept
49. P = 4a A = a
Negative slope
Monomial
Square
x- coordinate
50. P = b1 + b2 + x + y A = [h(b1 + b2)]/2
Trapezoid
Prisms in general
Incomplete quadratic
Factoring out a common factor