FM: Lesson 4.4 EOU (10/22)

Last updated about 3 years ago

2 Nsɛmmisa

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Objective:

SWBAT apply what they have learned to show their understanding on the Force and Motion End of Unit Assessment.

Do Now:

Asemmisa {{asɛmmisaAhyɛnsode}}

Which puck(s) experienced the strongest force when hit? How do you know?

Laabri

FM: Lesson 4.4 EOU (10/22)

Last updated about 3 years ago

2 Nsɛmmisa

null

Objective:

SWBAT apply what they have learned to show their understanding on the Force and Motion End of Unit Assessment.

Do Now:

Asemmisa {{asɛmmisaAhyɛnsode}}

Which puck(s) experienced the strongest force when hit? How do you know?

Asemmisa {{asɛmmisaAhyɛnsode}}

Which puck(s) experienced the strongest force when hit? How do you know?

All three hockey pucks experienced the same force because they changed speed by the same amount.

The second hockey puck; it is more massive and has the fastest ending speed.

The third hockey puck; it takes a stronger force to slow down a more massive object than to speed it up.

The second and third hockey pucks; they have more mass than the green puck, but changed speed by the same amount.

Keys for Success:

- Force = Mass x acceleration

- F=MA

Written response CFS: (3 pts each)

CFS:

accurately identifies the changes to each object in a collision
accurately describes the relationship between force, mass and velocity in a collision

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Belpres: https://goformative.com/clone/L75Q8N?_rid=f1ru6e

Fields: https://goformative.com/clone/YULVSH?_rid=llkbzz

Rhodes: https://goformative.com/clone/2P3GJD?_rid=0w02g4

Asemmisa {{asɛmmisaAhyɛnsode}}

Which puck(s) experienced the strongest force when hit? How do you know?

All three hockey pucks experienced the same force because they changed speed by the same amount.

The second hockey puck; it is more massive and has the fastest ending speed.

The third hockey puck; it takes a stronger force to slow down a more massive object than to speed it up.

The second and third hockey pucks; they have more mass than the green puck, but changed speed by the same amount.

Keys for Success:

- Force = Mass x acceleration

- F=MA

Written response CFS: (3 pts each)

CFS:

accurately identifies the changes to each object in a collision
accurately describes the relationship between force, mass and velocity in a collision

null

Belpres: https://goformative.com/clone/L75Q8N?_rid=f1ru6e

Fields: https://goformative.com/clone/YULVSH?_rid=llkbzz

Rhodes: https://goformative.com/clone/2P3GJD?_rid=0w02g4