Unit Cover Sheet: #
Question of the Day: #6 At the moment when a shotputter releases a 5 kg shot, the shot is 3 m above the ground and traveling at 15 m/s. It reaches a height of 8 m above the ground and then falls to the ground. If air resistance is negligible:
a.) What is the potential energy of the shot as it left the hand, relative to the ground?
b.) What is the kinetic energy of the shot as it left the hand?
c.) What is the total energy of the shot as it left the hand?
d.) What is the total energy of the shot as it reached its maximum height?
Learning Target: I can plan and build a model of a roller coaster using the criteria given AND I can make the correct calculations needed by showing all the work.
Agenda: Do QOD #6 set #4; update unit cover sheet to #17; do #17 Roller coaster Project; work on baseline; notebook checks
Collaboration: #
Reflection: closure on learning target/today's lesson.
Assessment: #17 Roller coaster project - 60 points
Question of the Day: #6 At the moment when a shotputter releases a 5 kg shot, the shot is 3 m above the ground and traveling at 15 m/s. It reaches a height of 8 m above the ground and then falls to the ground. If air resistance is negligible:
a.) What is the potential energy of the shot as it left the hand, relative to the ground?
b.) What is the kinetic energy of the shot as it left the hand?
c.) What is the total energy of the shot as it left the hand?
d.) What is the total energy of the shot as it reached its maximum height?
Learning Target: I can plan and build a model of a roller coaster using the criteria given AND I can make the correct calculations needed by showing all the work.
Agenda: Do QOD #6 set #4; update unit cover sheet to #17; do #17 Roller coaster Project; work on baseline; notebook checks
Collaboration: #
Reflection: closure on learning target/today's lesson.
Assessment: #17 Roller coaster project - 60 points