Questions LLC
Login
or
Sign Up
Ask a New Question
Mathematics
Algebra
Systems of Equations
Solve the system by the addition method
x+3y=-2
5x+15y=-10
1 answer
The system is inconsistent. Divide the second equation by 5 and you see why: same equations.
You can
ask a new question
or
answer this question
.
Similar Questions
solve the system by the elimination method -x+3y=5 -5x+15y=25
Top answer:
To solve the system using the elimination method, we need to eliminate one variable by multiplying
Read more.
Solve the system of equations using the Addition method.
2a + 3b = -1 3a + 5b = -2 The addition method tells you to find common
Top answer:
Let's substitute the value of b back into one of the original equations. Let's use the first
Read more.
Solve the system of equations using either the substitution method or the multiplication/addition method
answer: 3x+2y=14 2x-4y=4
Top answer:
I would double the first then add that to the 2nd to get 8x = 32 x =4 sub into the first: 12 + 2y =
Read more.
Solve using the substitution method. Show your work. If the system has no solution or an infinite number of solutions, state
Top answer:
Rather than substitution, why don't we just subtract them as they stand. -29y = 0 y = 0 then 3x =
Read more.
Solve uing the subtitution method. Show your work. If the system has no solution or an infinite number of solutions, stat
Top answer:
3x-15y=-12 ...(1) 3x+24y=-12 ...(2) Subtract (1) from (2) to get 39y=0, or y=0. Substitute into (1)
Read more.
Solve the system using elimination.
2x + 15y = 8 2x - 15y = 8
Top answer:
When we add the two equations, we get: (2x + 15y) + (2x - 15y) = 8 + 8 4x = 16 Dividing both sides
Read more.
solve the system by addition method
7x^2+y^2=49 7x^2-y^2=49
Top answer:
14 x^2 = 2*49 x^2 = 7 x = +/- 7 using x = +7 7*49 + y^2 = 49 y^2 = -6 *49 no real solution using x =
Read more.
Solve the system by the addition method. −5x+7y=4
4x−y=−17
Top answer:
28x - 7y = -119 ... add to 1st eqn
Read more.
solve the system by addition method
7x^2+y^2=49 7x^2-y^2=49
Top answer:
add the equations and get: 14x^2=98 x= sqrt (98/14)
Read more.
Solve by the elimination method.
5x-15y=2 and 5x-15y =3 Is there a solution of an ordered pair? Are the infinitely many
Top answer:
1. 5x - 15y = 2 2. 5x - 15y = 3 Subtract equation 2 from equation 1. or 0 = -1 So, you are correct,
Read more.
Related Questions
If you try to solve a linear system by the substitution method and get the result 0 = 8, what does this mean?
A. The system has
Which method(s) can be used to solve a system of equations? Select all that apply.
modeling distributing substitution addition
To solve this system, you could do the following steps:
3x+4y=48 6x+2y=60 1. Choose the best method to solve by looking at the
sorry this was all that was given. you have to choose one ore the other
To solve this system, you could do the following steps:
solve the system of equations by the addition method
x+7y=58 -3x+7y=50
Solve the system of equations by the addition / elimination method.
y = 5x + 5 5y = 25x
Solve the system using elimination.
−7x + 15y = 95 7x − 15y = 115 A. (7,935) B. (935,7) C. (15,1313) D. no solution
Solve the following systems of equations using the addition (elimination) method.
What type of system is it? Name the solution if
Solve the system by the addition method
-10x^2 + 10y^2-320=0 30x^2 + 6y^2 - 336 = 0
Explain why the addition method might be preformed over the substitution method for solving the system
2x – 3y = 10 5x + 2y = 6