Question 1

Solve the system of linear equations for a, b, and c.

Accepted Answer

A)  (-3, -3, 5) 
B)  (5, -3, 3) 
C)  (3, -3, 5) 
D)  (-3, 5, 3) 
A)  (-3, -3, 5) 
B)  (5, -3, 3) 
C)  (3, -3, 5) 
D)  (-3, 5, 3)

Question 2

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 3

Match the graph to the system of inequalities.

Accepted Answer

A) 
  
B) 
  
C) 
  
D) 
  
A) 
  
B) 
  
C) 
  
D)

Question 4

Write the partial fraction decomposition for the given rational expression.

Accepted Answer

The answer of Write the partial fraction decomposition for the...

Question 5

Minimize z = 8x + 2y

Accepted Answer

The answer of Minimize z = 8x + 2y
 ...

Question 6

Match the graph to the system of inequalities.

Accepted Answer

A) 
  
B) 
  
C) 
  
D) 
  
A) 
  
B) 
  
C) 
  
D)

Question 7

Solve the system of linear equations by elimination.
9t + 10q = -112
27t + 13q = -268

Accepted Answer

A)  (8, -4) 
B)  (-8, -4) 
C)  (-4, -8) 
D)  (-4, 8) 
E)  None of the above. 
A)  (8, -4) 
B)  (-8, -4) 
C)  (-4, -8) 
D)  (-4, 8) 
E)  None of the above.

Question 8

Write the partial fraction decomposition for the given rational expression.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 9

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Accepted Answer

A)    
B)    
C)    
D)  
   
A)    
B)    
C)    
D)

Question 10

Solve the system of linear equations by elimination. -4p - 8q = -64
-8p - 16q = -128

Accepted Answer

A)  (6, 5) 
B)  (3, -3) 
C)  infinite number of solutions 
D)  no solution 
A)  (6, 5) 
B)  (3, -3) 
C)  infinite number of solutions 
D)  no solution

Question 11

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 12

Solve the system of linear equations for s, t, and u.
6s - 7t + 4u = 19
7s + 6t + 4u = -21
7s - 8t + 2u = 19

Accepted Answer

A)  (1, -3, -1) 
B)  (-1, 1, -3) 
C)  (-3, -1, 1) 
D)  (-1, -3, 1) 
A)  (1, -3, -1) 
B)  (-1, 1, -3) 
C)  (-3, -1, 1) 
D)  (-1, -3, 1)

Question 13

Write the partial fraction decomposition for the given rational expression.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 14

Solve the system of linear equations for v, w, and x.
-4v - 5w + 8x = 14
8v - 8w - 2x = 122
7v + 4w + 6x = 64

Accepted Answer

The answer of Solve the system of linear equations for...

Question 15

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 16

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 17

An object is thrown upward, and the following table depicts the height of the ball t seconds after the projectile is released. 
   
Find the initial height (h0), initial velocity (v0), and acceleration (a) due to gravity.

Accepted Answer

The answer of An object is thrown upward, and the...

Question 18

Solve the system of linear equations by elimination.
-9x - 2y = 72
-18x + 6y = 54

Accepted Answer

A)  (6, 9) 
B)  (9, 6) 
C)  (-9, -6) 
D)  (-6, -9) 
A)  (6, 9) 
B)  (9, 6) 
C)  (-9, -6) 
D)  (-6, -9)

Question 19

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Accepted Answer

A)    
B)    
C)    
D)    
A)    
B)    
C)    
D)

Question 20

Solve the system of linear equations by substitution.
2x - 8y = 12
6x - 7y = -15

Accepted Answer

A)  (6, -3) 
B)  (-3, -6) 
C)  (-6, -3) 
D)  (6, 3) 
A)  (6, -3) 
B)  (-3, -6) 
C)  (-6, -3) 
D)  (6, 3)

Solve the system of linear equations for a, b, and c.

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Match the graph to the system of inequalities.

Write the partial fraction decomposition for the given rational expression. $Write the partial fraction decomposition for the given rational expression.$

Minimize z = 8x + 2y

Match the graph to the system of inequalities.

Solve the system of linear equations by elimination. 9t + 10q = -112 27t + 13q = -268

Write the partial fraction decomposition for the given rational expression. $Write the partial fraction decomposition for the given rational expression.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Solve the system of linear equations by elimination. -4p - 8q = -64 -8p - 16q = -128

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Solve the system of linear equations for s, t, and u. 6s - 7t + 4u = 19 7s + 6t + 4u = -21 7s - 8t + 2u = 19

Write the partial fraction decomposition for the given rational expression. $Write the partial fraction decomposition for the given rational expression.$

Solve the system of linear equations for v, w, and x. -4v - 5w + 8x = 14 8v - 8w - 2x = 122 7v + 4w + 6x = 64

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

An object is thrown upward, and the following table depicts the height of the ball t seconds after the projectile is released. Find the initial height (h0), initial velocity (v0), and acceleration (a) due to gravity.

Solve the system of linear equations by elimination. -9x - 2y = 72 -18x + 6y = 54

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Solve the system of linear equations by substitution. 2x - 8y = 12 6x - 7y = -15

Equations and Inequalities

Graphs

Functions and Their Graphs

Polynomial and Rational Functions

Exponential and Logarithmic Functions

Matrices

Conics and Systems of Nonlinear Equations and Inequalities

Sequences, Series, and Probability

Filters

Exam 6: Systems of Linear Equations and Inequalities

Solve the system of linear equations for a, b, and c.

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Match the graph to the system of inequalities.

Write the partial fraction decomposition for the given rational expression.

Minimize z = 8x + 2y

Match the graph to the system of inequalities.

Solve the system of linear equations by elimination. 9t + 10q = -112 27t + 13q = -268

Write the partial fraction decomposition for the given rational expression.

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Solve the system of linear equations by elimination. -4p - 8q = -64 -8p - 16q = -128

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Solve the system of linear equations for s, t, and u. 6s - 7t + 4u = 19 7s + 6t + 4u = -21 7s - 8t + 2u = 19

Write the partial fraction decomposition for the given rational expression.

Solve the system of linear equations for v, w, and x. -4v - 5w + 8x = 14 8v - 8w - 2x = 122 7v + 4w + 6x = 64

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

An object is thrown upward, and the following table depicts the height of the ball t seconds after the projectile is released. Find the initial height (h0), initial velocity (v0), and acceleration (a) due to gravity.

Solve the system of linear equations by elimination. -9x - 2y = 72 -18x + 6y = 54

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.

Solve the system of linear equations by substitution. 2x - 8y = 12 6x - 7y = -15

Equations and Inequalities

Graphs

Functions and Their Graphs

Polynomial and Rational Functions

Exponential and Logarithmic Functions

Matrices

Conics and Systems of Nonlinear Equations and Inequalities

Sequences, Series, and Probability

Filters

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Write the partial fraction decomposition for the given rational expression. $Write the partial fraction decomposition for the given rational expression.$

Write the partial fraction decomposition for the given rational expression. $Write the partial fraction decomposition for the given rational expression.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Write the partial fraction decomposition for the given rational expression. $Write the partial fraction decomposition for the given rational expression.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$

Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants. $Select the form of the partial fraction decomposition for the given rational expression. Do not solve for the constants.$