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What is the common point of these equations 2x plus 3y equals 12 x-3y equals -3?
x = 3 and y = 2 so the lines intersect at the point (3, 2)
What kind of line is this equation 2y plus 4 equals 10 y equals -2x plus 5?
There are two equations in the question, not one. They are the equations of intersected lines, and their point of intersection is their common solution.
How many solutions does -x plus y equals -7 -x plus y equals 1 have?
-6
What is the common point of these equations x plus 2y equals 6 x plus y equals 2?
When x = -2 then y = 4 which is the common point of intersection of the two equations.
What is the common point between lines y equals .75 x plus 2 and y equals .25 x plus 4?
y = 3/4 x + 2y = -1/4 x + 4Equalize the 2 equations of the 2 lines & solve for x :3/4 x + 2 = -1/4 x + 43/4 x + 1/4 x = 4 - 24/4 x = 2x = 2Find y by substituting the value of x in any of the 2 equations:y = 3/4 x + 2y = 3/4 (2) + 2y = 3/2 + 2y = 7/2 = 3.5---> The common point where the two lines meet is (2 , 3.5)
Is the common point between lines y -4x and ndash 7 and y -x plus 3 is (2 1).?
No, it is not. The point is not on the second line.
What is the common point between x equals 2 and y equals 2x plus 1?
The point (4, 5) is.
What is the common point of these equations 2x plus 3y equals 12 x-3y equals -3?
x = 3 and y = 2 so the lines intersect at the point (3, 2)
How it can be proved that angle between two straight lines is equal to the angle between their normals?
If two lines have angles theta1 and theta2 relative to some third arbitrary line, then the angle between those two lines is theta1 minus theta2. The normal of a line at a point is a line that is 90 degrees from the line going through that point, so the angle between a line and its normal is 90 degrees. As a result, the angle between the two normals of those lines is (theta1 plus 90) minus (theta2 plus 90), which is the same as theta1 minus theta2 because the two plus 90's cancel each other.
What kind of line is this equation 2y plus 4 equals 10 y equals -2x plus 5?
There are two equations in the question, not one. They are the equations of intersected lines, and their point of intersection is their common solution.
How many solutions does -x plus y equals -7 -x plus y equals 1 have?
-6
What is the common point of these equations x plusy equals 6 x plus y equals 2?
x + y = 6x + y = 2These two equations have no common point (solution).If we graph both equations, we'll find that each one is a straight line.The lines are parallel, and have no intersection point.
What is the common point of these equations x plus 2y equals 6 x plus y equals 2?
When x = -2 then y = 4 which is the common point of intersection of the two equations.
What best describes the relationship between line 6x - 2y equals 1 and line x plus 3y equals 12?
The lines are perpendicular, and intersect at the point (1.35, 3.55) .
What is the point of intersection of the lines 5x plus 7y plus 29 equals 0 and 11x -3y -65 equals 0 on the coordinate plane?
By a process of elimination and substitution the lines intersect at: (4, -7)
What is the common point between lines y equals .75 x plus 2 and y equals .25 x plus 4?
y = 3/4 x + 2y = -1/4 x + 4Equalize the 2 equations of the 2 lines & solve for x :3/4 x + 2 = -1/4 x + 43/4 x + 1/4 x = 4 - 24/4 x = 2x = 2Find y by substituting the value of x in any of the 2 equations:y = 3/4 x + 2y = 3/4 (2) + 2y = 3/2 + 2y = 7/2 = 3.5---> The common point where the two lines meet is (2 , 3.5)
What is the common denominator between x plus 4 and x plus 6?
If there is no common factor, as in this case, you just have to multiply all the factors together to get the common denominator.
