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Nuclear Presentations

Discovery 2

In what ways is a pendulum like a wave? Consider the vertical position of the bob as time passes.

 Be sure to check the classroom whiteboard for the current schedule. Some changes are bound to have happened since this schedule was planned.  : )

 
Week Topic

Nevada Science Standards

Activity
10 Law of conservation of mass

Molecular models

P.12.A.7: Conservation of mass, small ratios of atoms Lab 16: Flame on torch...burning iron?
11

Review

 

Quiz: atomic theory of chemistry, bonding.

P.12.A.4: Bonding and electrons

N.12.A.5: Use of models

Compare and contrast ionic and covalent bonding, draw models of each. Discuss examples and properties.
12 Structure and history of atom.

Radioactivity

Development of Atomic bomb

N.12.A.5: Models and modeling can be used to identify and predict cause-effect relationships. 

P.12.C.4: Characteristics, applications and impacts of radioactivity. 

N.12.B.1: Science, technology, and society influenced one another in both positive and negative ways. 

 
Guided Reading: Enrico Fermi

Lecture Notes: Ernest Rutherford

Note taker (Homework/Class work)

Nuclear Research and Presentations

Radioactivity simulation: Half-life of a Twizzler.

13 Isotopes

Half-life problems

Fission compared to Fusion

Quiz: nuclear processes

N.12.A.5: Models and modeling can be used to identify and predict cause-effect relationships. 

P.12.C.4: Characteristics, applications and impacts of radioactivity. 

N.12.B.1: Science, technology, and society influenced one another in both positive and negative ways. 

P.12.C.3: Nuclear reactions convert a relatively small amount of material into a large amount of energy. I/S

P.12.A.8: Most elements have two or more isotopes, some of which have practical applications. 

Present Findings 10 min. slide show per group

Lecture notes

Guided Review

Review: Quiz Game

13

Conservation of energy. 

What is energy?

Introduction to motion.

Forces, Accelerations and Velocity

Newton's Laws

P.12.C.2 Students know energy forms can be converted.

P.12.B.2: Laws of motion can be used to determine the effects of forces on the motion of objects. 

Lab 17:That coffee really gets me rolling: Where did the energy come from?

Accelerations homework

14 Newton's Laws applied to flight. Working with forces.

What to do if....

N.12.A.5: Models and modeling can be used to identify and predict cause-effect relationships. 

P.12.B.2: Laws of motion can be used to determine the effects of forces on the motion of objects. 

N.12.A.1: Students know that illustrations, charts and graphs can be used in presentations.

N.12.A.4: Students know how to safely conduct an original investigation using appropriate tools and technology. 

Lab 18:The Wright Stuff:Forces of flight.
15 Work and Energy Equivalence

Power

Quiz: Newton's Laws through Power

P.12.C.2: Students know that energy can be converted. New Pendulum Lab

Lecture notes

Worksheet

16 Waves and wave phenomena

Dual Nature of Light

Photoelectric effect

P.12.C.1: Students know that waves have energy that can be transferred when waves interact with matter. Lab 19: Virtual light lab:

Wave demos.

Tacoma Narrows bridge video.

17 Heat and Temperature P.12.C.5: Students know the relationship between heat and energy.

E.12.A.4: Students know convection and radiation play important roles in moving heat energy in the Earth system.

Lab 20: Its getting hot in here: Heat vs Temperature.
18 Review and Semester Final   End of 1st Semester.

Don't forget to try the Practice Semester Final

For the third nine weeks schedule click HERE

 

To report a dead or missing link click here:

ckortemeier@carson.k12.nv.us