Search Header Logo
LL12 [Quantum Theory and Particle Physics]

LL12 [Quantum Theory and Particle Physics]

Assessment

Presentation

Physics

9th - 12th Grade

Practice Problem

Easy

NGSS
HS-ETS1-3

Standards-aligned

Created by

Kara Strohecker

Used 3+ times

FREE Resource

8 Slides • 8 Questions

1

Open Ended

Question image

Please share one question you have about the content we are covering in this unit

and

one thing you are looking forward to right now, school related or unrelated as long as it's school appropriate

2

media

3

Multiple Choice

The atomic number is based on which subatomic particle

1
quarks
2
protons
3
neutrons
4
electrons

4

media

5

Multiple Choice

True or False? When electrons absorb energy they move to an excited state and then back down to their grounded state emitting a unique frequency of EMR

1

True

2

False

6

media

7

Multiple Select

Select all that are true about waves.

1

spread out

2

can cause interference with one another

3

can diffract around obstacles

4

occupy a specific position in space

5

have mass

8

Multiple Select

Select all that are true about particles.

1

spread out

2

can collide with other matter

3

can diffract around obstacles

4

occupy a specific position in space

5

have mass

9

media

10

Multiple Choice

True or False? Photons will never have enough energy to cause electrons to eject from metal.

1

True

2

False

11

media

12

Multiple Choice

An electron excited to it's highest energy state is

1

ionized

2

escaping the atom

3
in a ground state
4
in a superposition state

13

media

14

media

16

Open Ended

Question image

Please share either one thing you learned from today's lesson, or one question you still have about the content we are covering. Thank you!

Question image

Please share one question you have about the content we are covering in this unit

and

one thing you are looking forward to right now, school related or unrelated as long as it's school appropriate

Show answer

Auto Play

Slide 1 / 16

OPEN ENDED