6x - 15 = -3y
2) 6y + 2x = 8
12y + 4x = 4
The correct classification of the given equations is as follows:
This refers to the system of equations where an equation has infinite solutions and has more than one form on a given line.
With this in mind, we can see that when we are given a system of equations such as
5 - y = 2x
6x - 15 = -3y, then we know that this is a dependent equation because of the infinite solutions on the two equations.
Read more about dependent equations here:
brainly.com/question/10417850
What is the solution to the system of equations?
(–20, 10)
(10, –20)
(10, 4)
(4, 10
Answer:
The correct option is 2.
Step-by-step explanation:
The given system of equations is
.... (1)
..... (2)
Substitute the value of x from equation (2), in equation (1).
On simplification, we get
The value of xis 10 and the value of y is -20. So, the solution of the given system of equation is (10,-20).
Therefore the correct option is 2.
The sum of y and 3
the answer is 42 because there is no other numbers in parentheses
5 more orders
8 more orders
12 more orders
Please Help.
Answer:
x + 7x = (25.6)(12.5)
8x = 320
x = 40, so (1/4)(40) = 10