2x, + 6x2 = k %3D lect the correct answer below and fill in the answer box(es) to complete your choice.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter5: Linear Inequalities
Section5.6: Graphing Ineualities In Two Variables
Problem 29PPS
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Question
Choose h and k such that the system has (a) no solution, (b) a unique solution, and (c) many solutions.
X, + hx2 = 5
2x1 + 6x2 = k
a. Select the correct answer below and fill in the answer box(es) to complete your choice.
(Type an integer or simplified fraction.)
O A. The system has no solutions only when h =
and k is any real number.
O B. The system has no solutions only when h =
and k =
O C. The system has no solutions only when k *
and h is any real number.
O D. The system has no solutions only when h =
and k =
O E. The system has no solutions only when h *
and k =
OF. The system has no solutions only when h =
and k =
O G. The system has no solutions only when k =
and h is any real number.
O H. The system has no solutions only when h=
and k is any real number.
b. Select the correct answer below and fill in the answer box(es) to complete your choice.
(Type an integer or simplified fraction.)
O A. The system has a unique solution only when k =
and h is any real number.
O B. The system has a unique solution only when h =
and k =
O C. The system has a unique solution only when k =
and h is any real number.
O D. The system has a unique solution only when h =
and k =
O E. The system has a unique solution only when h =
and k is any real number.
OF. The system has a unique solution only when h=
and k =
O G. The system has a unique solution only when h=
and k is any real number.
O H. The system has a unique solution only when h *
and k =
c. Select the correct answer below and fill in the answer box(es) to complete your choice.
(Type an integer or simplified fraction.)
O A. The system has many solutions only when k =
and h is any real number.
O B. The system has many solutions only when h*
and k is any real number.
O C. The system has many solutions only when h =
and k =
O D. The system has many solutions only when h =
and k is any real number.
O E. The system has many solutions only when h =
and k =
OF. The system has many solutions only when h =
and k =
O G. The system has many solutions only when k =
and h is any real number.
O H. The system has many solutions only when h =
and k =
Transcribed Image Text:Choose h and k such that the system has (a) no solution, (b) a unique solution, and (c) many solutions. X, + hx2 = 5 2x1 + 6x2 = k a. Select the correct answer below and fill in the answer box(es) to complete your choice. (Type an integer or simplified fraction.) O A. The system has no solutions only when h = and k is any real number. O B. The system has no solutions only when h = and k = O C. The system has no solutions only when k * and h is any real number. O D. The system has no solutions only when h = and k = O E. The system has no solutions only when h * and k = OF. The system has no solutions only when h = and k = O G. The system has no solutions only when k = and h is any real number. O H. The system has no solutions only when h= and k is any real number. b. Select the correct answer below and fill in the answer box(es) to complete your choice. (Type an integer or simplified fraction.) O A. The system has a unique solution only when k = and h is any real number. O B. The system has a unique solution only when h = and k = O C. The system has a unique solution only when k = and h is any real number. O D. The system has a unique solution only when h = and k = O E. The system has a unique solution only when h = and k is any real number. OF. The system has a unique solution only when h= and k = O G. The system has a unique solution only when h= and k is any real number. O H. The system has a unique solution only when h * and k = c. Select the correct answer below and fill in the answer box(es) to complete your choice. (Type an integer or simplified fraction.) O A. The system has many solutions only when k = and h is any real number. O B. The system has many solutions only when h* and k is any real number. O C. The system has many solutions only when h = and k = O D. The system has many solutions only when h = and k is any real number. O E. The system has many solutions only when h = and k = OF. The system has many solutions only when h = and k = O G. The system has many solutions only when k = and h is any real number. O H. The system has many solutions only when h = and k =
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