Speed

Position

Distance

Motion

distance

direction

position

motion

Force and Motion: Imagine you are playing in a playground.

think of all the things around you that can move; the seesaw goes up and down, the swings go back and forth, the merry-go-round goes around in a circle. There are so many ways in which things move.

Everything we just described is a type of motion. Motion is movement from one place to another.

When the seesaw is still and you and a friend sit on it, it begins to have motion. One seat goes up while the other goes down.

They change their positions. Position is the place where you are. If you change your position you are moving.

There are different types of motion. If you swing on the swings that's a back and forth motion. it's also an up and down motion.

if you ride on a merry-go-round you'll be going round and round in a circle. if you run forward with a back-and-forth motion to dodge a friend while playing tag that's a zigzag motion or you can run in a straight motion to the base.

There are also different speeds of motion. Speed is how fast you move. What speed do you go at when you're on the swings. It can be fast and exciting or slow and relaxing on a merry-go-round. You can start off slow and go faster and faster.

You may run fast when you pass your friend playing tag and slow down when you get to base.

Everything we just described is a type of motion. Motion is movement from one place to another.

When the seesaw is still and you and a friend sit on it, it begins to have motion. One seat goes up while the other goes down.

They change their positions. Position is the place where you are. If you change your position you are moving.

There are different types of motion. If you swing on the swings that's a back and forth motion. it's also an up and down motion.

if you ride on a merry-go-round you'll be going round and round in a circle. if you run forward with a back-and-forth motion to dodge a friend while playing tag that's a zigzag motion or you can run in a straight motion to the base.

There are also different speeds of motion. Speed is how fast you move. What speed do you go at when you're on the swings. It can be fast and exciting or slow and relaxing on a merry-go-round. You can start off slow and go faster and faster.

You may run fast when you pass your friend playing tag and slow down when you get to base.

Many things are in motion around us but some things are standing still how do we get them in motion

When the seesaw is still and you and a friend sit on it, it begins to have motion. One seat goes up while the other goes down.

They change their positions. Position is the place where you are. If you change your position you are moving.

There are different types of motion. If you swing on the swings that's a back and forth motion. it's also an up and down motion.

if you ride on a merry-go-round you'll be going round and round in a circle. if you run forward with a back-and-forth motion to dodge a friend while playing tag that's a zigzag motion or you can run in a straight motion to the base.

There are also different speeds of motion. Speed is how fast you move. What speed do you go at when you're on the swings. It can be fast and exciting or slow and relaxing on a merry-go-round. You can start off slow and go faster and faster.

You may run fast when you pass your friend playing tag and slow down when you get to base.

Many things are in motion around us but some things are standing still how do we get them in motion

What makes something move think about a toy car or truck

pretend it's sitting on the floor in front of you how could you get it to move. You might use your hand or foot to push it away or pull it toward you. You might hit it with another object for example a ball you could even blow on it

They change their positions. Position is the place where you are. If you change your position you are moving.

There are different types of motion. If you swing on the swings that's a back and forth motion. it's also an up and down motion.

if you ride on a merry-go-round you'll be going round and round in a circle. if you run forward with a back-and-forth motion to dodge a friend while playing tag that's a zigzag motion or you can run in a straight motion to the base.

There are also different speeds of motion. Speed is how fast you move. What speed do you go at when you're on the swings. It can be fast and exciting or slow and relaxing on a merry-go-round. You can start off slow and go faster and faster.

You may run fast when you pass your friend playing tag and slow down when you get to base.

Many things are in motion around us but some things are standing still how do we get them in motion

What makes something move think about a toy car or truck

pretend it's sitting on the floor in front of you how could you get it to move. You might use your hand or foot to push it away or pull it toward you. You might hit it with another object for example a ball you could even blow on it

There are many ways to get things to move the push or pull that we use to make things move is called a force.

There are different types of motion. If you swing on the swings that's a back and forth motion. it's also an up and down motion.

if you ride on a merry-go-round you'll be going round and round in a circle. if you run forward with a back-and-forth motion to dodge a friend while playing tag that's a zigzag motion or you can run in a straight motion to the base.

There are also different speeds of motion. Speed is how fast you move. What speed do you go at when you're on the swings. It can be fast and exciting or slow and relaxing on a merry-go-round. You can start off slow and go faster and faster.

You may run fast when you pass your friend playing tag and slow down when you get to base.

Many things are in motion around us but some things are standing still how do we get them in motion

What makes something move think about a toy car or truck

pretend it's sitting on the floor in front of you how could you get it to move. You might use your hand or foot to push it away or pull it toward you. You might hit it with another object for example a ball you could even blow on it

There are many ways to get things to move the push or pull that we use to make things move is called a force.

A force is needed to make anything move

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

Many things are in motion around us but some things are standing still how do we get them in motion

What makes something move think about a toy car or truck

pretend it's sitting on the floor in front of you how could you get it to move. You might use your hand or foot to push it away or pull it toward you. You might hit it with another object for example a ball you could even blow on it

There are many ways to get things to move the push or pull that we use to make things move is called a force.

A force is needed to make anything move

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table.

What makes something move think about a toy car or truck

pretend it's sitting on the floor in front of you how could you get it to move. You might use your hand or foot to push it away or pull it toward you. You might hit it with another object for example a ball you could even blow on it

There are many ways to get things to move the push or pull that we use to make things move is called a force.

A force is needed to make anything move

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

There are many ways to get things to move the push or pull that we use to make things move is called a force.

A force is needed to make anything move

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

Once the bike is moving what else can you do, you can go faster by using more force pushing and pulling harder. You can slow down by using less force not pushing and pulling as hard. You can change which way you're going by using force by pulling the handle bar which pulls the wheels in another direction. What can you do to stop? well you can do two things:

you can use force to stop by putting on the brakes or you can just stop pedaling and you will stop moving after a while.

That's because there's another force acting on your bike's wheels. it's called friction

A force is needed to make anything move

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

Once the bike is moving what else can you do, you can go faster by using more force pushing and pulling harder. You can slow down by using less force not pushing and pulling as hard. You can change which way you're going by using force by pulling the handle bar which pulls the wheels in another direction. What can you do to stop? well you can do two things:

you can use force to stop by putting on the brakes or you can just stop pedaling and you will stop moving after a while.

That's because there's another force acting on your bike's wheels. it's called friction

It means the wheels are rubbing against the road and that rubbing will eventually slow them down to a stop, but if there were no friction and no other force stopping it your bike would

just keep rolling on forever.

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

Once the bike is moving what else can you do, you can go faster by using more force pushing and pulling harder. You can slow down by using less force not pushing and pulling as hard. You can change which way you're going by using force by pulling the handle bar which pulls the wheels in another direction. What can you do to stop? well you can do two things:

you can use force to stop by putting on the brakes or you can just stop pedaling and you will stop moving after a while.

That's because there's another force acting on your bike's wheels. it's called friction

It means the wheels are rubbing against the road and that rubbing will eventually slow them down to a stop, but if there were no friction and no other force stopping it your bike would

just keep rolling on forever.

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

Once the bike is moving what else can you do, you can go faster by using more force pushing and pulling harder. You can slow down by using less force not pushing and pulling as hard. You can change which way you're going by using force by pulling the handle bar which pulls the wheels in another direction. What can you do to stop? well you can do two things:

you can use force to stop by putting on the brakes or you can just stop pedaling and you will stop moving after a while.

That's because there's another force acting on your bike's wheels. it's called friction

It means the wheels are rubbing against the road and that rubbing will eventually slow them down to a stop, but if there were no friction and no other force stopping it your bike would

just keep rolling on forever.

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

Once the bike is moving what else can you do, you can go faster by using more force pushing and pulling harder. You can slow down by using less force not pushing and pulling as hard. You can change which way you're going by using force by pulling the handle bar which pulls the wheels in another direction. What can you do to stop? well you can do two things:

you can use force to stop by putting on the brakes or you can just stop pedaling and you will stop moving after a while.

That's because there's another force acting on your bike's wheels. it's called friction

It means the wheels are rubbing against the road and that rubbing will eventually slow them down to a stop, but if there were no friction and no other force stopping it your bike would

just keep rolling on forever.

Let's look at things a person pushes and pulls in one morning this man pushes an alarm clock to make it stop ringing when

he wakes up. He pulls the blankets off himself and uses his legs to push his body up. He pulls open a cabinet to get out his

breakfast.

He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pulls out a bowl and a spoon. He pulls the chair back to sit down and pulls it back in under the table. He pushes a washcloth across the dishes to clean them that's a lot of pushes and pulls.

Now let's use another example of motion; riding a bike

you use force to get a bike to move now by pushing and pulling the pedals.

Once the bike is moving what else can you do, you can go faster by using more force pushing and pulling harder. You can slow down by using less force not pushing and pulling as hard. You can change which way you're going by using force by pulling the handle bar which pulls the wheels in another direction. What can you do to stop? well you can do two things:

you can use force to stop by putting on the brakes or you can just stop pedaling and you will stop moving after a while.

That's because there's another force acting on your bike's wheels. it's called friction

It means the wheels are rubbing against the road and that rubbing will eventually slow them down to a stop, but if there were no friction and no other force stopping it your bike would

just keep rolling on forever.