Solve the system by graphing. 42. A function for the speed (in meters per second) at which a y 1 x 2 long jumper was running is given by s 8 where h is the  maximum height that the jumper reaches. What was the long jumper’s What was the long jumper’s speed if he was jumping at a maximum height if he was running maximum height of 16 meters? at a speed of 16 meters per second?  y 7 Solve the linear system.  2x 3y 7 2y 3 43. Determine if the lines are parallel, perpendicular, coincident, or intersecting, but not perpendicular. 3x 8 y 3x 12 y Determine the solution to the system of equations. 4x 6 y 21 y
42. A function for the speed (in meters per second) at which a long jumper was running is given Solve the system by graphing. y 1 x 2 by s 8 where h is the  maximum height that the jumper reaches. What was the long jumper’s maximum height if he was running at a speed of 16 meters per second? What was the long jumper’s speed if he was jumping at a maximum height of 16 meters?  y 7 Solve the linear system.  2x 3y 7 2y 3 43. Determine if the lines are parallel, perpendicular, coincident, or intersecting, but not perpendicular. y 3x 8 y 3x 12 Determine the solution to the system of equations. y 4x 6 y 21
Honors%20Algebra%202%20-Mrozinski,%20Adam%202018-2019.docx