A) Multiply all units by -4 B) Add 2x to both sides of the equation C) Divide all units by 2 D) Add 4 to both sides of the equation E) Add y to both sides of the equation
A) The equation is in the final Slope-Intercept Form B) Divide all terms by 2 C) Subtract 2x from both sides D) Change all the terms signs (negative→positive or positive→negative) which is multiplying all terms times -1 E) Subtract y from both sides
A) Add x to both sides B) Divide all terms by 2 C) The equation is in the final Slope-Intercept Form D) Subtract 3y from both sides E) Divide all terms by 3
A) Divide all terms by 4 B) Divide all terms by 5 C) Subtract y from both sides D) Multiply all terms times 5 E) The equation is in the final Slope-Intercept Form
A) Divide all terms by 3 B) Change all the terms signs (negative→positive or positive→negative) which is multiplying all terms times -1 C) Subtract 48 from both sides D) The equation is in the final Slope-Intercept Form E) Add 48 to both sides
A) x = y + 2 B) y = -x + 2 C) y = x - 2 D) y = -2 -x E) x = - y + 2
A) y = -3x + 12 B) y = -3x + 6 C) y = -6x + 12 D) y = 3x + 6 E) y = -6x + 24
A) y = 2x + 2 B) y = x - 1 C) y = -x + 1 D) y = 2x -2 E) y = x + 1
A) Yes, it is in the slope - intercept form B) No, you have to multiply each unit by 2 C) No, you have to subtract 2 on both sides D) No, you have to subtract 6x on both sides E) No, you have to divide each unit by 2
A) y = 4x + 10 B) y = -2x + 10 C) y =-4x + 10 D) y = 2x + 5 E) y = 2x - 5 |