1. FORCE & MOTION P-SELL Big Idea 13 Student Book p. 63
Preview P-SELL Big Idea 13 Forces and Motion Teacher’s Edition and the other P-SELL resources. Have the student book open on the computer and ready to play. If electronic Notebooks or other devices are available for class use, it is suggested that the Big Idea 13 Student book be placed on them for student access.
Open up Discovery Education on your Employee Portal and minimize.
P-SELL Big Idea 13 Student Book p. 63

2. What is MOTION? Always a change in the position of an object.
Sometimes it may involve a change in direction, too.
Engage/Explore: Discuss the motion in the clip art. Give students toys to explore motion with real objects in their groups. Demonstrate with the hyperlink video: change in direction,.
Go to P-SELL Big Idea 13 Forces and Motion Student Book p. 63. Students read a scenario and share what they know about force and motion.
Explain: Have students read the top of p. 64 paragraphs 1 and 2 and discuss. Throughout this Big Idea 13 content interactive powerpoint presentation students should be using their notebooks. The use of the notebook clip art throughout the powerpoint is a reminder.
P-SELL Big Idea 13 Forces and Motion
Student Book p. 63
Department of Mathematics and Science

3. What changes motion?
Motion of an object changes when a force acts upon the object.
An object remains in motion, or at rest, unless a force acts on it.
Explore/Explain: Ask the question What changes motion? and listen to students’ responses. Discuss. Then say let’s watch a Brain Pop video to see what else we can learn. Click on the What changes motion? hyperlink to do free exploration on Brain Pop. Discuss video concepts. Have students take the quiz. Ask the question again. Discuss responses.
Object in motion

4. Forces are a push or a pull.
What are Forces?
Forces are a push or a pull.
What happens when you hold up a book and drop it?
What happens when you drop two books with different masses?
Will they land at the same time or different times?
Does this work every time with any two objects?
What happens if you drop a book and a piece of paper at the same time?
What if you crumple up the piece of paper?
Now let’s visit the astronauts on the moon testing this out:
Hammer vs Feather - Physics on the Moon
Why does this happen?
Now let’s look at a virtual experiment Galileo Drops the Ball
What did Galileo learn?
Galileo found any two objects will land at the same time. Earth’s gravity will pull harder on the object with the greater mass and the one with the smaller mass will have less force of gravity acting on it.
What force can affect the pull of gravity?
Air resistance or friction
How does the force of friction impact an object’s motion?
Friction works against gravity and slows down moving objects.
Explain, Elaborate, Evaluate:
Ask the question What are forces? Have students read P-SELL Big Idea 13 Student Book p. 64 to learn more about forces.
Define force in your journal. Ask the questions one at a time and make predictions. Then have student volunteers drop the objects. Discuss observations. ( Note all objects should fall at the same time unless another force such as air resistance - friction works against the pull of gravity.) This will become evident to the students as you work through the demonstrations and the Nasa video and the virtual Galileo virtual lab.

5. What are forces? A push or a pull Gravity Friction Air Resistance
Explore and Explain: Have students read from P-SELL Big Idea 13 Forces and Changes in Motion p. 64 to read about types of forces.
Click on the hyperlink Friction and play the virtual lab. Then discuss how forces are represented in the clip art.
P-SELL Big Idea 13 Student Book p. 64

6. P-SELL Inquiry 4 SC.5.P.13.1
How Does Height Affect the Time an Object Travels?
Explore: Go to P-SELL Big Idea 13 folder and open Student Book Resources Inquiry # 4 p. 65

7. Data Table 2: Travel Times for the Marbles in Your Class
1 Book
2 Books
3 Books
Group
Ramp Height
(cm)
Average
Travel Time
(seconds)
Ramp
Height
Group 1
Group 2
Group 3
Group 4
Group 5
Group 6
Explain: Have each group share their data per group (trial). All group copy the data and find the averages.

8. Forces In Action Grade 5 Quarter 1 Essential Lab # 3
Explore: Go to the Gr. 5 Q1 Forces in Action Essential Lab # 3 for Forces in Action / Parachute lab power point and resources.

9. Balanced Forces Versus Unbalanced Forces
P-SELL St. Book
Forces/Changes
in Motion p. 70
Balanced Forces Versus Unbalanced Forces
Explore: Click on hyperlink About Force for a virtual lab.
Explain: Read and discuss. P-SELL St. Book Big Idea 13 Forces and Changes in Motion p. 70 – 73 Mass, Forces, -
Balanced and Unbalanced Forces
About Force

10. Claim Evidence Reasoning (CER)
Assignment Part 1
Find force and motion investigation notes in your journal.
Watch the Discovery video: Friction
Do the Discovery Exploration: Changing the Speed of Motion.
Last read the articles: Zamboni and Now That’s Fast.
Be prepared to use evidence from what you investigated, read, heard and saw to support your answer to one of the following questions:
1. How does the force of friction change the motion of an object?
2. How do different forces cause objects to change speed?
Explore, Explain, Evaluate
Note: This CER is taken from the Force and Motion CER Conclusion Writing Power Point – Instructional Resources Grade 5 Quarter 1

11. What conditions can affect force and motion? (Study Jams)
Amount of mass
Type of force applied
Type of surface texture
Surface area
Moon
Earth
Explore: Click on hyperlink to review force and motions concepts. Have students do the video quiz and discuss responses.
Explain: Ask the question: What conditions can affect force and motion? Students write responses the to question in their journals. Discuss the conditions that affect force and motion in the clip art.
Extend: Assign DE Pulling Your Weight virtual lab.
Pulling Your Weight DE virtual lab

12. What are Magnets? Let’s Explore! (SC.4.P.8.4)
Write down your observations as you explore.
What happens if you put together two magnets?
Turn one of the magnets around and do step 1 again. What happened? Was it the same?
Experiment with different magnets and a bag of objects.
Click to open
Engage and explore with a quick activity. Ask the question and open/play the hyperlink Magnets. Discuss. Give each group a pair of magnets. Click on the clip of the two sets of magnets with opposite poles matched to view a Discovery Ed. video clip on the concept. P-SELL St. Book Magnetic Forces pp. 79 – 82.
Give each group a small bag of objects (magnetic and nonmagnetic) to explore with. If available, give each group of clear baggy with iron filings. Remind them for safety do not open the bag.
Discuss their observations.
P-SELL Student Book
Magnetic Forces p

13. What do you know about the force of Magnetism?
Magnetism is a force.
Metals stick to magnets.
Magnets have different strengths.
Magnets have two poles:
north and south.
Like poles repel.
Opposite poles attract.
The force of magnetism can travel
through some objects.
Explain/Evaluate
Students share reflections: What do you know about magnetism now?

14. What is Magnetism?
Magnetism is the force of attraction or repulsion of a magnetic material due to the arrangement of its atoms.
Explain: Ask question. Listen to students’ ideas. Then ask What are some everyday uses of magnets? Discuss responses. Then click on the hyperlink for additional uses.
What are some everyday uses of magnets?

15. FCAT Review
1. Jordan makes the following list of choices for the science fair. Which choice would be scientifically testable?
What do 5th graders think of playing tug of war?
Which type of stone is the best looking in my rock collection?
Does a ball roll farther on grassy PE field or on a asphalt basketball court?
Is Mrs. Jones a nicer teacher than Mr. Mathews?
Evaluate
Additional Assessment: P_SELL Big Idea 13 Forces and Motion Student Book p. 84 and in the P_SELL Big Idea 13 Assessment folder resources.

16. FCAT Review
2. Ricardo is conducting an experiment to see how far a rubber ball will roll when he releases it at the top of an inclined plane. Why does the ball speed up as it travels down the inclined plane?
The force of gravity pulls the ball down the inclined plane.
The force of friction is reduced because the ball is rubber.
The ball has less magnetic attraction to the plane as it travels.
The ball has a greater mass as it travels faster.
Evaluate

17. FCAT Review
3. Charlene kicked the winning goal in her last soccer game. What force acted between Charlene's foot and the ball to cause the ball to move?
Gravity
Magnetism
Pull
push
Evaluate

18. FCAT Review
4. Tiffany is helping her parents to unpack some boxes. She lifts a full box with a mass of 15 kilograms. She empties out about half of the items from the box and lifts it again. Which is true regarding the force she applies after unloading the box?
She has to apply a different type of force after changing the mass.
She has to apply more force to lift the box because the mass is greater.
She has to apply less force to lift the box because the mass has decreased.
She has to apply the same amount of force to the box to overcome gravity.
Evaluate

19. FCAT Review
5. Maria roller skates to the top of a hill and then starts rolling downward. What are the MAIN forces affecting Maria’s motion as she rolls down the hill?
gravity and magnetism
speed and friction
friction and gravity
push and pull
Evaluate