x1 = Solve the following system of linear equations: x2 = How to enter the solution: • If the value of a variable is a number, just enter the number. • If the value of a variable is a formula involving free variables, enter the formula. For example, if you obtain that z₁ = 1-2x2 + 3x3 where 2 and 3 are free, then as the value of a you should enter 1 2*x 2 + 3*x 3. Use the underscore to indicate subscripts of variables, and to indicate multiplication. • If a variable is a free variable, enter the variable name as its value. For example, if x₂ is a free variable, then you should enter x 2 as the value of ₂- . If the system has no solutions enter None as the value of one of the variables. In such case you can leave values of the remaining variables blank. I -122-5-x-2 -21 +2₂-23 = 3 -321 +4x2+3+4=10 4x16x2 - 4x32x4 = -14 x3 = X4=
x1 = Solve the following system of linear equations: x2 = How to enter the solution: • If the value of a variable is a number, just enter the number. • If the value of a variable is a formula involving free variables, enter the formula. For example, if you obtain that z₁ = 1-2x2 + 3x3 where 2 and 3 are free, then as the value of a you should enter 1 2*x 2 + 3*x 3. Use the underscore to indicate subscripts of variables, and to indicate multiplication. • If a variable is a free variable, enter the variable name as its value. For example, if x₂ is a free variable, then you should enter x 2 as the value of ₂- . If the system has no solutions enter None as the value of one of the variables. In such case you can leave values of the remaining variables blank. I -122-5-x-2 -21 +2₂-23 = 3 -321 +4x2+3+4=10 4x16x2 - 4x32x4 = -14 x3 = X4=
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
![T1
m
Solve the following system of linear equations:
How to enter the solution:
-1x2
. If the value of a variable is a number, just enter the number.
•
X2
subscripts of variables, and *
If the value of a variable is a formula involving free variables, enter the formula. For example, if you obtain that x₁ = 1-2x2 + 3x3z
where ₂ and 3 are free, then as the value of a you should enter 1 - 2*x 2 + 3*x_3. Use the underscore to indicate
to indicate multiplication.
• If a variable is a free variable, enter the variable name as its value. For example, if ₂ is a free variable, then you should enter x_2 as
the value of ₂.
HERO
-If the system has no solutions enter None as the value of one of the variables. In such case you can leave values of the remaining
variables blank.
-5-x-2
13
-1 + x₂ 13 = 3
-3x1 +4x2+ 3+ 4 = 10
6x2
4x32x4 = -14
4x1
GEFI
-
X4 =
-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe4a195d9-3e4d-47e1-8ba8-13d3656bd961%2F9e582fbd-f3ef-498d-b184-33e9c832aaae%2Fnrbazx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:T1
m
Solve the following system of linear equations:
How to enter the solution:
-1x2
. If the value of a variable is a number, just enter the number.
•
X2
subscripts of variables, and *
If the value of a variable is a formula involving free variables, enter the formula. For example, if you obtain that x₁ = 1-2x2 + 3x3z
where ₂ and 3 are free, then as the value of a you should enter 1 - 2*x 2 + 3*x_3. Use the underscore to indicate
to indicate multiplication.
• If a variable is a free variable, enter the variable name as its value. For example, if ₂ is a free variable, then you should enter x_2 as
the value of ₂.
HERO
-If the system has no solutions enter None as the value of one of the variables. In such case you can leave values of the remaining
variables blank.
-5-x-2
13
-1 + x₂ 13 = 3
-3x1 +4x2+ 3+ 4 = 10
6x2
4x32x4 = -14
4x1
GEFI
-
X4 =
-
Expert Solution
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