Algebra Questions

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3 10 pts Determine the solution s of the following rational equation x 1 x x 2 2x 1
Algebra
Quadratic equations
3 10 pts Determine the solution s of the following rational equation x 1 x x 2 2x 1
Given the set A 4 6 4 10 6 1 7 5 3 6 7 3 2 find n A n A
Algebra
Quadratic equations
Given the set A 4 6 4 10 6 1 7 5 3 6 7 3 2 find n A n A
The following refer to the following data set 10 12 5 14 14 13 2 Find each of the following If a requested item does not exist enter DNE without qu marks What is the arithmetic mean of this data set Mean What is the median of this data set Median What is are the mode s of this data set Mode What is the range of this data set Range What is the midrange of this data set Midrange Use the given data to calculate the standard deviation x x
Algebra
Matrices & Determinants
The following refer to the following data set 10 12 5 14 14 13 2 Find each of the following If a requested item does not exist enter DNE without qu marks What is the arithmetic mean of this data set Mean What is the median of this data set Median What is are the mode s of this data set Mode What is the range of this data set Range What is the midrange of this data set Midrange Use the given data to calculate the standard deviation x x
Which of the following is NOT a correct use of an ellipsis O 1 2 3 100 O 1 2 3 4 5 O 1 2 3 O 2 1 0 1 2
Algebra
Quadratic equations
Which of the following is NOT a correct use of an ellipsis O 1 2 3 100 O 1 2 3 4 5 O 1 2 3 O 2 1 0 1 2
Match each expression concerning the set B x x E N and x 20 on the left with the best match on the right B a a EN and a 20 B 20 21 22 n B a DNE b Set builder Notation c Roster Notation d 20 e 3 f The set of all natural numbers g 0
Algebra
Sequences & Series
Match each expression concerning the set B x x E N and x 20 on the left with the best match on the right B a a EN and a 20 B 20 21 22 n B a DNE b Set builder Notation c Roster Notation d 20 e 3 f The set of all natural numbers g 0
Lucas is walking on a circular path modeled by the equation x 6 2 y 5 2 36 and Neal is walking on another circular path modeled by the equation x 9 2 y 5 81 where their distances are given in meters What is the maximum distance between the walkers at any given time O 15 meters 20 meters 25 meters O 30 meters
Algebra
Permutations and Combinations
Lucas is walking on a circular path modeled by the equation x 6 2 y 5 2 36 and Neal is walking on another circular path modeled by the equation x 9 2 y 5 81 where their distances are given in meters What is the maximum distance between the walkers at any given time O 15 meters 20 meters 25 meters O 30 meters
Not yet answered Marked out of 1 50 4 Find Ay reaction A O a 2 KN O b 0 KN O c 4 KN O d 1 KN 2 m 4 kN 2 m B 2 m 2 kN
Algebra
Sequences & Series
Not yet answered Marked out of 1 50 4 Find Ay reaction A O a 2 KN O b 0 KN O c 4 KN O d 1 KN 2 m 4 kN 2 m B 2 m 2 kN
Consider the expression 7 31 Which statement below is true about the expression A The expression 7 31 is an imaginary number B The expression 7 3i is a complex number where 7 is the real part and 31 is the imaginary part of the expression C The expression 7 31 is a complex number where 3i is the real part and 7 is the imaginary part of the expression D The expression 7 3i is not a number in the set complex numbers
Algebra
Complex numbers
Consider the expression 7 31 Which statement below is true about the expression A The expression 7 31 is an imaginary number B The expression 7 3i is a complex number where 7 is the real part and 31 is the imaginary part of the expression C The expression 7 31 is a complex number where 3i is the real part and 7 is the imaginary part of the expression D The expression 7 3i is not a number in the set complex numbers
4 Factor the trinomial x x 72 A X 8 x 9 B x 9 x 8 C x 2 x 36 D x 36 x 2
Algebra
Quadratic equations
4 Factor the trinomial x x 72 A X 8 x 9 B x 9 x 8 C x 2 x 36 D x 36 x 2
32 Use the table below to evaluate i A 1 B 1 C i D I P 1 P A P i 1 f 1
Algebra
Complex numbers
32 Use the table below to evaluate i A 1 B 1 C i D I P 1 P A P i 1 f 1
QUESTION 1 The function f x x 3 0000 is a power function is not a power function O is a polynomial O is not a polynomial
Algebra
Quadratic equations
QUESTION 1 The function f x x 3 0000 is a power function is not a power function O is a polynomial O is not a polynomial
5 Factor 4x 81 A 4 x 9 x 9 B 4x x 81 C 2x 9 D 2x 9 2x 9 Recall a b a b a b
Algebra
Quadratic equations
5 Factor 4x 81 A 4 x 9 x 9 B 4x x 81 C 2x 9 D 2x 9 2x 9 Recall a b a b a b
2 Which of the following numeric expressions is a complex number A 2 B 41 C 5 21 D All of the above
Algebra
Complex numbers
2 Which of the following numeric expressions is a complex number A 2 B 41 C 5 21 D All of the above
4 3 1 5 4 3 2 3 4 The function graphed above is Increasing on the interval s Decreasing on the interval s
Algebra
Quadratic equations
4 3 1 5 4 3 2 3 4 The function graphed above is Increasing on the interval s Decreasing on the interval s
Plot the set in the complex plane z z 1 2i 5
Algebra
Complex numbers
Plot the set in the complex plane z z 1 2i 5
5 Diagonalize the matrix below Describe the eigenspace of each eigenvalue 3 2 4 1 2 2 7 1 3
Algebra
Matrices & Determinants
5 Diagonalize the matrix below Describe the eigenspace of each eigenvalue 3 2 4 1 2 2 7 1 3
How many distinct four digit numbers can be formed by the digits 1 2 3 4 5 5 5 8 6 Select one DOO a 560 b 840 C 360 d 606 e 280 f 486 9 650
Algebra
Permutations and Combinations
How many distinct four digit numbers can be formed by the digits 1 2 3 4 5 5 5 8 6 Select one DOO a 560 b 840 C 360 d 606 e 280 f 486 9 650
The Median of the following data is 16 5 Marks Frequency 1 8 9 16 6 17 24 2 25 32 7 33 40 1 Total 20 4 Select one True False n
Algebra
Quadratic equations
The Median of the following data is 16 5 Marks Frequency 1 8 9 16 6 17 24 2 25 32 7 33 40 1 Total 20 4 Select one True False n
Arithmetic mean of the following frequency distribution is 5 find the value of X Variable frequency 6 DO X 1 X 1 X 1 2X 5 Select one O X 1 O b No enough information to compute value of x X 4 d X 3 e X 2
Algebra
Sequences & Series
Arithmetic mean of the following frequency distribution is 5 find the value of X Variable frequency 6 DO X 1 X 1 X 1 2X 5 Select one O X 1 O b No enough information to compute value of x X 4 d X 3 e X 2
if a sample space for a random experiment is given by Q a 9 93 and P is the probability function such that P a P az P a P a 3 P a find P as Select one 5
Algebra
Quadratic equations
if a sample space for a random experiment is given by Q a 9 93 and P is the probability function such that P a P az P a P a 3 P a find P as Select one 5
for the following 15 13 6 5 12 50 22 70 18 Q3 36 Select one O True False
Algebra
Quadratic equations
for the following 15 13 6 5 12 50 22 70 18 Q3 36 Select one O True False
if X 30 100 j 1 then the sample mean will be Select one a 40 b 60 0000 c 30 d 50
Algebra
Permutations and Combinations
if X 30 100 j 1 then the sample mean will be Select one a 40 b 60 0000 c 30 d 50
The value of Correlation Coefficient od values 5 Select one O a 0 80 b 0 92 d 0 904 3 14
Algebra
Permutations and Combinations
The value of Correlation Coefficient od values 5 Select one O a 0 80 b 0 92 d 0 904 3 14
if the following table is the probability distribution of random variable X X 0 1 P X X 0 1 Then the mean of X i e E X is Select one 2 0 4 b 4 75 C 1 85 3 0 25 4 0 05
Algebra
Permutations and Combinations
if the following table is the probability distribution of random variable X X 0 1 P X X 0 1 Then the mean of X i e E X is Select one 2 0 4 b 4 75 C 1 85 3 0 25 4 0 05
Assuming the Sample of 1000 student assuming the following mark quartile Q1 9 83 Q2 15 22 Q3 27 93 Then Interquartile Range IOR is Select one a 1000 b 15 22 C 18 1 d 75
Algebra
Complex numbers
Assuming the Sample of 1000 student assuming the following mark quartile Q1 9 83 Q2 15 22 Q3 27 93 Then Interquartile Range IOR is Select one a 1000 b 15 22 C 18 1 d 75
Assuming the linear regression equation is V 4 5 0 35 x Then the regression estimate at x 6 Select one O O T b 2 1 c 6 6
Algebra
Quadratic equations
Assuming the linear regression equation is V 4 5 0 35 x Then the regression estimate at x 6 Select one O O T b 2 1 c 6 6
n 14n 45 2
Algebra
Quadratic equations
n 14n 45 2
Y 3 357x 41 44 0 2230x 66 21
Algebra
Complex numbers
Y 3 357x 41 44 0 2230x 66 21
y mx b Each table represents a linear function Find the slope and the y intercept Write the slope as a proper or improper fraction in simplest form or an integer Then write the equation in slope intercept form 1 3 5 x 0 1 2 3 X 0 1 2 X 6 3 3 0 y 6 9 12 15 y 4 1 2 5 y 8 3 2 7 slope y intercept equation slope y intercept equation slope y intercept equation 2 4 6 x 6 4 2 0 X 4 6 0 2 s 0 2 3 1 y 15 14 12 13 29 39 7 y 6 8 9 19 5 y Where m is the slop slope y intercept equation slope y intercept equation slope y intercept equation
Algebra
Quadratic equations
y mx b Each table represents a linear function Find the slope and the y intercept Write the slope as a proper or improper fraction in simplest form or an integer Then write the equation in slope intercept form 1 3 5 x 0 1 2 3 X 0 1 2 X 6 3 3 0 y 6 9 12 15 y 4 1 2 5 y 8 3 2 7 slope y intercept equation slope y intercept equation slope y intercept equation 2 4 6 x 6 4 2 0 X 4 6 0 2 s 0 2 3 1 y 15 14 12 13 29 39 7 y 6 8 9 19 5 y Where m is the slop slope y intercept equation slope y intercept equation slope y intercept equation
8 m 8m 20
Algebra
Quadratic equations
8 m 8m 20
9 7 WRITE A LINEAR EQUATION FROM THE SLOPE AND A POIN Keep going In each problem you ve been given the slope of a line and a point on that line slope and point to write the equation of the line in slope intercept form 3 5 Equation Slope 5 Point 6 23 Equation Equation Slope Point 4 1 Equation Slope 9 Point 2 15 Slope Point 5 10 8 10 6 4 Equation Equation Date Slope 4 Point 3 16 Slope Point 18 17 Equation Slope Point 9 7 Equation Slope Point 6 7
Algebra
Quadratic equations
9 7 WRITE A LINEAR EQUATION FROM THE SLOPE AND A POIN Keep going In each problem you ve been given the slope of a line and a point on that line slope and point to write the equation of the line in slope intercept form 3 5 Equation Slope 5 Point 6 23 Equation Equation Slope Point 4 1 Equation Slope 9 Point 2 15 Slope Point 5 10 8 10 6 4 Equation Equation Date Slope 4 Point 3 16 Slope Point 18 17 Equation Slope Point 9 7 Equation Slope Point 6 7
10 m 14m 45
Algebra
Quadratic equations
10 m 14m 45
1 n n 12
Algebra
Quadratic equations
1 n n 12
3 x 17x 72 2
Algebra
Quadratic equations
3 x 17x 72 2
2 x 6x 40 2
Algebra
Quadratic equations
2 x 6x 40 2
7 v 2v 3
Algebra
Quadratic equations
7 v 2v 3
0 12r 32
Algebra
Sequences & Series
0 12r 32
5 96 36 2
Algebra
Complex numbers
5 96 36 2
p 11p 24 2
Algebra
Quadratic equations
p 11p 24 2
2 5b 44b 60 2
Algebra
Quadratic equations
2 5b 44b 60 2
8 10n 19n 15
Algebra
Quadratic equations
8 10n 19n 15
D 10r 3r 18
Algebra
Complex numbers
D 10r 3r 18
96 7 8n 45n 18
Algebra
Quadratic equations
96 7 8n 45n 18
9 9r 7r 2
Algebra
Quadratic equations
9 9r 7r 2
6 7n 48 7
Algebra
Quadratic equations
6 7n 48 7
4 9p 92p 20
Algebra
Quadratic equations
4 9p 92p 20
3 8m 9m 14
Algebra
Complex numbers
3 8m 9m 14
1 7x 71x 10
Algebra
Quadratic equations
1 7x 71x 10
glass has circular cross sections that taper linearly from a radius of 4 cm at the top of the glass to a radius of 3 cm at the bottom The glass is 15 cm high and full of orange juice How much work is equired to drink all the juice through a straw if your mouth is 6 cm above the top of the glass Use 1000 kg m for the density of orange juice and 9 8 m s for the acceleration due to gravity Find the cross sectional area A y of a horizontal slice at y Use the center of the bottom of the glass as the origin in your coordinate system Choose the correct answer below OA A y y 0 45 B A y x y 0 45 15 OC A y y 0 45 OD A y x y 0 45 15 Set up the integral that gives the work required Use the center of the bottom of the glass as the origin Use increasing limits of integration Select the correct choice below and fill in the answer boxes to complete your choice Type exact answers OA SO OB JO CE dy dx
Algebra
Quadratic equations
glass has circular cross sections that taper linearly from a radius of 4 cm at the top of the glass to a radius of 3 cm at the bottom The glass is 15 cm high and full of orange juice How much work is equired to drink all the juice through a straw if your mouth is 6 cm above the top of the glass Use 1000 kg m for the density of orange juice and 9 8 m s for the acceleration due to gravity Find the cross sectional area A y of a horizontal slice at y Use the center of the bottom of the glass as the origin in your coordinate system Choose the correct answer below OA A y y 0 45 B A y x y 0 45 15 OC A y y 0 45 OD A y x y 0 45 15 Set up the integral that gives the work required Use the center of the bottom of the glass as the origin Use increasing limits of integration Select the correct choice below and fill in the answer boxes to complete your choice Type exact answers OA SO OB JO CE dy dx