heorem to solve for the diagonal distance; approximately 10.8 units
Draw the diagonal; drop a right triangle to see the vertical distance of 9 and horizontal distance of 6; use the Pythagorean Theorem to solve for the diagonal distance; approximately 10.8 units
Count the squares along the edges from the bumper cars to the roller coaster.
Count the squares along the edges from the bumper cars to the roller coaster.
What potential strategies could you use to find the distance from the Bumper Cars to the roller Coaster? Check all that apply.
(2 points)
Responses
Draw the diagonal; drop a right triangle to see the vertical distance of 6 and horizontal distance of 9; use the Pythagorean Theorem to solve for the diagonal distance; approximately 10.8 units
Draw the diagonal; drop a right triangle to see the vertical distance of 6 and horizontal distance of 9; use the Pythagorean Theorem to solve for the diagonal distance; approximately 10.8 units
Count the diagonal squares from the bumper cars to the roller coaster.
Count the diagonal squares from the bumper cars to the roller coaster.
Use the distance formula using the points (-5, 4) and (-2, 4); approximately 2.6 units
Use the distance formula using the points (-5, 4) and (-2, 4); approximately 2.6 units
Draw the diagonal; drop a right triangle to see the vertical distance of 6 and horizontal distance of 9; Add 6 + 9 = 15; 15 units
Draw the diagonal; drop a right triangle to see the vertical distance of 6 and horizontal distance of 9; Add 6 + 9 = 15; 15 units
Draw the diagonal; drop a right triangle to see the vertical distance of 9 and horizontal distance of 6; use the Pythagorean T
1 answer