To determine if a point is a solution to the equation ( y - 7x = 3 ), you need to substitute the x and y coordinates of the point into the equation. If the left side equals the right side (3), then the point is a solution. For example, for the point (1, 10): substituting gives ( 10 - 7(1) = 3 ), which satisfies the equation, making (1, 10) a solution.
10
If you mean 7 = 7x-3 then the perpendicular slope is -1/7 and the equation is y = -1/7x
The point (-4, 7) is not a solution to the equation y - 3x = 5. To check, substitute x = -4 into the equation: y - 3(-4) = 5, which simplifies to y + 12 = 5, leading to y = -7. Since the point (-4, 7) has y = 7, it does not satisfy the equation.
The equation that has a solution of ( x = -3 ) can be written as ( x + 3 = 0 ). When you solve this equation, you subtract 3 from both sides, leading to ( x = -3 ). Alternatively, any equation that can be manipulated to reach this solution, such as ( 2x + 6 = 0 ), will also have ( x = -3 ) as a solution.
It is every point in the plane that lies on the straight line defined by the equation -5x + 4y = -3. Since there are an infinite number of points on that line, there is no point in trying to list them.
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If you mean 7 = 7x-3 then the perpendicular slope is -1/7 and the equation is y = -1/7x
7x + y + 3 = y7x + 3 = 07x = -3x = -3/7
A solution to an question makes the equation true. For example a solution to the equation 3x = x + 6 is x = 3, since 3(3) = 3+6.
The point (-4, 7) is not a solution to the equation y - 3x = 5. To check, substitute x = -4 into the equation: y - 3(-4) = 5, which simplifies to y + 12 = 5, leading to y = -7. Since the point (-4, 7) has y = 7, it does not satisfy the equation.
The equation that has the solution x = -3, is, precisely:x = -3 If you want anything more fancy, you can add some number (the same number to both sides), multiply by some number (the same number to both sides), etc.
The equation that has a solution of ( x = -3 ) can be written as ( x + 3 = 0 ). When you solve this equation, you subtract 3 from both sides, leading to ( x = -3 ). Alternatively, any equation that can be manipulated to reach this solution, such as ( 2x + 6 = 0 ), will also have ( x = -3 ) as a solution.
It is every point in the plane that lies on the straight line defined by the equation -5x + 4y = -3. Since there are an infinite number of points on that line, there is no point in trying to list them.
To determine if the point (-4, 2) is a solution of the equation (3y - 2x = 14), we can substitute (x = -4) and (y = 2) into the equation. This gives us (3(2) - 2(-4) = 6 + 8 = 14). Since both sides are equal (14 = 14), the point (-4, 2) is indeed a solution of the equation.
It has no solution because without an equality sign it is not an equation.
To find the solution of the system of equations ( y = -2 + 5 ) and ( y = x - 5 ), we first simplify the first equation to ( y = 3 ). Next, we set ( 3 = x - 5 ) from the second equation and solve for ( x ), yielding ( x = 8 ). Therefore, the solution to the system is the point ( (8, 3) ).
If you mean: 9n = 3 then the value of n is 1/3 which is the solution to the equation