Respuesta :
to check the answer, sub in 67 for x and 25 for y in both equations...because for it to be a solution, it has to satisfy both of the equations.
(67,25)...x = 67 and y = 25
x + y = 92
67 + 25 = 92
92 = 92 (correct)
y = 3x - 4
25 = 3(67) - 4
25 = 201 - 4
25 = 197 (incorrect)
so (67,25) is NOT a solution to this system of equations because it does not satisfy both of the equations
(67,25)...x = 67 and y = 25
x + y = 92
67 + 25 = 92
92 = 92 (correct)
y = 3x - 4
25 = 3(67) - 4
25 = 201 - 4
25 = 197 (incorrect)
so (67,25) is NOT a solution to this system of equations because it does not satisfy both of the equations
The solution to the given System of equations is not correct.
What is system of equations ?
System of equations is a finite set of equations for which common solutions are sought.
We have,
[tex]x + y = 92[/tex] [tex]........(i)[/tex]
[tex]y = 3x - 4[/tex] [tex]........(ii)[/tex]
And solution to these System of equations is [tex](67,25)[/tex] i.e. [tex]x=67,\ y=25[/tex]
So,
We have to check whether it is correct or not .
So,
We will substitute the values in each equations;
For equations [tex](i)[/tex],
[tex]x + y = 92[/tex]
[tex]67+25=92[/tex]
[tex]92=92[/tex]
So, these values satisfy the first equation.
Now, For equations [tex](ii)[/tex],
[tex]y = 3x - 4[/tex]
[tex]25=67*3-4[/tex]
[tex]25\neq 197[/tex]
But, these values do not satisfy the equations [tex](ii)[/tex].
For solution to be correct these values should satisfy both the equations .
Hence, we can say that the solution to the given System of equations is not correct.
To know more about System of equations click here
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