Monday October 2, 2017
LT: I can design, build and operate a system (contraption) which starts as potential energy, transforms into kinetic energy, and then into thermal energy, then back to potential energy.
Assignment:
1. Finish Energy Conservation Contraption - due Wednesday at beginning of class.
2. Continue Energy Vocabulary Concept Drawings
Tuesday October 3, 2017
LT: I can build and fly a glider which carries an egg at a 2:1 glide ratio
Assignment: FLIGHT DAY
Wednesday October 4, 2017
I can collect evidence which demonstrates the relationship between elastic potential energy and kinetic energy.
Assignment:
1. Grade / hand in Energy Conservation Contraption
2. Begin Potential Energy Car Lab
Thursday October 5, 2017
LT: I can build and fly a glider which carries an egg at a 2:1 glide ratio
Assignment: FLIGHT DAY - round 2
Friday October 6, 2017
LT: I can build and fly a glider which carries an egg at a 2:1 glide ratio
Assignment: Egg flight reflection - due Tuesday
LT: I can design, build and operate a system (contraption) which starts as potential energy, transforms into kinetic energy, and then into thermal energy, then back to potential energy.
Assignment:
1. Finish Energy Conservation Contraption - due Wednesday at beginning of class.
2. Continue Energy Vocabulary Concept Drawings
Tuesday October 3, 2017
LT: I can build and fly a glider which carries an egg at a 2:1 glide ratio
Assignment: FLIGHT DAY
Wednesday October 4, 2017
I can collect evidence which demonstrates the relationship between elastic potential energy and kinetic energy.
Assignment:
1. Grade / hand in Energy Conservation Contraption
2. Begin Potential Energy Car Lab
Thursday October 5, 2017
LT: I can build and fly a glider which carries an egg at a 2:1 glide ratio
Assignment: FLIGHT DAY - round 2
Friday October 6, 2017
LT: I can build and fly a glider which carries an egg at a 2:1 glide ratio
Assignment: Egg flight reflection - due Tuesday
