100 forces & motion 400 300 200 500 100 earthquakes & seismic waves 400 300 200 500 100...

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100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100 Nervous System 400 300 200 500

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Page 1: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

100

Forces & Motion

400

300

200

500

100

Earthquakes & Seismic Waves

400

300

200

500

100

Energy

400

300

200

500

100

Skeletal System

400

300

200

500

100

Nervous System

400

300

200

500

Page 2: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

What force does work to pull Michael Jordan back

to the ground after a layup?

Column 1, 100

Page 3: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

If a bowler uses the same force on an 8 lb and a 10 lb

bowling ball, which will accelerate faster?

Column 1, 200

Page 4: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Which surface would have more friction, a metal ramp or a metal ramp covered with sandpaper?

Column 1, 300

Page 5: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

If an object gains mass (like a snowball rolling down a

hill), will its inertia increase or decrease?

Column 1, 400

Page 6: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Jill is doing chin-ups on the same bar as Carlos, who weighs 600 N. Jill weighs only 400 N. Compare the

amount of work Jill does in doing 10 chin-ups to the amount of work Carlos

does in doing 10 chin-ups.

Column1, 500

Page 7: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Which travels faster, a primary wave or a secondary wave?

Column 2, 100

Page 8: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

How long does it take aprimary wave to travel 3,000 km?

Column 2, 200

Page 9: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

What is the time lag between a primaryand secondary wave 5,000 km away from

the epicenter?

Column 2, 300

Page 10: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

How far does a secondarywave travel in 16 minutes?

Column 2, 400

Page 11: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

What is the time lag between waves at a city 1,860 km from the epicenter of an

earthquake?

Column 2, 500

Page 12: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

What is the name for energy stored in an object?

Column 3, 100

Page 13: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

If an object speeds up, what kind of energy is increasing?

Column 3, 200

Page 14: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

As an object falls, what kind of energy is it losing?

What kind of energy is it gaining?

Column 3, 300

Page 15: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Compare the work you do in each situation: lifting a 100 kg set of weights 3 m and lifting three 50 kg sets of

weights 2 m.

Column 3, 400

Page 16: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

If the only force that an object feels is friction, what happens to that object’s kinetic energy over

time?

Column 3, 500

Page 17: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

List three of the major functions of the skeletal system

Column 4, 100

Page 18: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Inside a bone, this part produces blood cells

Column 4, 200

Page 19: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Choose the other part of your body that has the same type of

joint as a shoulder:ankle, hip, elbow, wrist, jaw

Column 4, 300

Page 20: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

What is the main difference between a tendon and a

ligament?

Column 4, 400

Page 21: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

List all four layers of a bone and say which are living and which

are non-living

Column 4, 500

Page 22: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

This is the input channel for a neuron

Column 5, 100

Page 23: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

This is the gap that a signal has to jump to get from one neuron to the

next

Column 5, 200

Page 24: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

These are the two parts of the central nervous

system (CNS)

Column 5, 300

Page 25: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

Put these words in order to describe what happens in your

body as you react to something:sensory neuron, motor neuron,

brain, stimulus, response

Column 5, 400

Page 26: 100 Forces & Motion 400 300 200 500 100 Earthquakes & Seismic Waves 400 300 200 500 100 Energy 400 300 200 500 100 Skeletal System 400 300 200 500 100

This is the name of the system that sends out hormones

AND

This is the name of the gland that does a 'fight or flight' response to a stimulus

Column 5, 500