Theme: Systems of Equations...
  • Solving Systems of Equations by substitution-5x-8y=172x-7y=-17
  • Solving systems of equations by substitution Y=6x y=5x+7
  • Solving systems of equations X-2y=0 Y=2x-3
  • Y=3x 2x+y=15 Can you with this? It’s confusing. It’s soling systems of equations by substitution
  • SOLVING SYSTEMS OF EQUATIONS BY SUBSTITUTION. x+3y=12 x-y=8
  • Answers to these systems of two equations 4x+2y=10 x-y=13
  • 5x+3y=-12 and 8x+7y=-6 solve the following systems of equations
  • When a family with 2 adults and 3 children bought tickets for an amusement park, they paid a total of $56.50. The next family, with 4 children and one adult, paid $49.50. What was the price of an adult ticket and a child ticket using system of equations.
  • Systems of Equations: Solve each system by setting the equations equal to each other and solving. y=x y= -x
  • A math teacher drove past a farmyard full of chickens and pigs. the teacher noticed that there were a total of 30 heads and 100 legs. How many pigs were ther
  • Two functions, y = |x - 3| and 3x + 3y = 27, are graphed on the same set of axes. Which statement is true about the solution to the system of equations? (1) (3,0) is the solution to the system because it satisfies the equation y = |x - 3|. (2) (9,0) is the solution to the system because it satisfies the equation 3x + 3y = 27. (3) (6,3) is the solution to the system because it satisfies both equations. (4) (3,0), (9,0), and (6,3) are the solutions to the system of equations because they all satisfy at least one of the equations.