Worksheet activity to identify push and pull forces in everyday scenarios.

Let’s go step by step through each picture to decide:

1. Is the force a push or a pull?
2. Does it make the object start moving or stop moving?

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Picture 1: A girl pulling a red wagon behind her.
→ She is pulling → Pull
→ The wagon was probably still, now it moves → Start

Picture 2: A boy pushing a box across the floor.
→ He is pushing → Push
→ The box starts moving from rest → Start

Picture 3: A girl swinging a bat at a ball.
→ She hits (pushes) the ball with the bat → Push
→ The ball was coming toward her, she changes its direction/speed — but since it says “start or stop”, and the ball was already moving, this might be tricky. But in simple terms for kids: hitting something makes it *start* going in a new way → Start
*(Note: Some might argue “stop” if you think of stopping the incoming ball, but typically in these worksheets, hitting = start motion)*
Actually — let’s rethink: If the ball is flying toward her and she hits it back, she stops its original motion and starts a new one. But the worksheet likely wants the main effect: making the ball move away → Start

Wait — better approach: Look at what the person is doing to the object.

In Picture 3: The girl is applying force to the ball via the bat — that’s a push. And the ball goes from being hit (maybe stopped momentarily?) to flying off — so overall, it’s starting motion in a new direction. We’ll say Start.

But actually — let’s check standard answers for such worksheets. Usually, when you hit a ball with a bat, it’s considered a push, and it causes the ball to start moving (even if it was moving before, we focus on the action causing motion).

Alternatively, maybe they mean: does the force cause the object to begin moving from rest? In that case, if the ball was thrown to her, it wasn’t at rest — so perhaps “stop”? Hmm.

Let me look at all pictures first.

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Picture 4: A crane lifting a container.
→ Crane pulls up with cable → Pull
→ Container was sitting, now lifts → Start

Picture 5: Tow truck pulling a car.
→ Tow truck pulls → Pull
→ Car was stuck/stopped, now moves → Start

Picture 6: Girl holding bags — standing still? Or walking?
She’s carrying them — not really pushing or pulling to move them. But if she picked them up, that’s a pull upward. But the image shows her holding them while standing — no motion shown. Wait — maybe she just picked them up? Then it would be pull + start.

But looking closely: she’s holding two heavy bags, arms down — probably just holding, not actively moving them. But the question is about force applied — even holding requires force, but doesn’t change motion.

This is ambiguous. Let’s think differently.

Perhaps in Picture 6, she is picking up the bags — so she applies an upward pull to lift them from ground → Pull, and they start moving upward.

Yes, that makes sense.

Picture 7: Elephant pushing a tree trunk? Or pulling?
The elephant has its head against the log, pushing it forward → Push
Log was stationary, now moves → Start

Picture 8: Boy riding bike — he’s pedaling. Pedaling pushes the pedals, which turns wheels. But the force on the bike itself? Actually, the rider pushes backward on pedals, but the bike moves forward due to friction. For simplicity in elementary level: riding a bike involves pushing on pedals → Push, and the bike starts moving or keeps moving. Since he’s on it and moving, likely Start if he just got on, or maybe no change? But again, worksheet expects clear answer.

Actually — in many such worksheets, riding a bike is considered as the rider applying a push force (on pedals), and the bike starts or continues motion. Since the image shows him riding, probably assuming he started it → Start

Wait — let’s reevaluate based on common textbook logic.

Standard interpretation for these types of questions:

- Pulling a wagon → Pull, Start
- Pushing a box → Push, Start
- Hitting a ball with bat → Push, Start (ball begins new motion)
- Crane lifting → Pull, Start
- Tow truck → Pull, Start
- Holding/carrying bags → This is static. But if she lifted them, then Pull, Start. I think we assume she just picked them up → Pull, Start
- Elephant pushing log → Push, Start
- Riding bike → The force is internal? No — the rider pushes on pedals, which is a push force, and the bike moves → Push, Start

But wait — in some cases, like brakes on a bike, it’s stop. Here, he’s pedaling — so starting or maintaining motion. Since the question says “start or stop”, and he’s actively pedaling, likely Start.

However, let’s consider: if the bike was already moving, pedaling maintains speed — not start or stop. But the worksheet probably assumes initial action.

To resolve ambiguity, let’s think of the most straightforward interpretation for each.

Another way: look for any that clearly STOP motion.

Is there any where force stops motion?

Picture 3: if the ball was coming toward her and she hits it back, she stops its incoming motion — so could be “stop”. But usually, in such contexts, hitting is seen as imparting motion.

Actually, let’s search my knowledge: in typical "push and pull" worksheets for grade 1-2, hitting a ball with a bat is classified as push and start (because the ball starts moving in a new direction).

Similarly, for the bike: pedaling is a push, and it starts the bike moving.

Now, what about Picture 6: girl with bags. If she is just standing there holding them, no motion change — but the force is still applied. However, the question says “what happens to the motion?” — if no change, then neither start nor stop? But the options are only start or stop.

That suggests that in all cases, motion is changing.

So likely, in Picture 6, she is in the process of lifting the bags — so pull, start.

Similarly, all others involve starting motion.

But let’s double-check Picture 3: baseball bat. When you swing and hit a ball, you apply a force that changes the ball’s velocity — if it was moving toward you, you stop that motion and start it going away. So technically, it both stops and starts. But for simplicity, worksheets often say “start” because the ball ends up moving.

I recall that in some versions, hitting a ball is “push” and “start”.

Let me try to find a pattern.

Perhaps none of them are “stop” — all are “start”.

But that seems odd. Maybe one is stop.

What about if someone catches a ball? That would be stop. But here, it’s hitting with bat.

Another thought: in Picture 8, if the boy is braking, it would be stop, but he’s pedaling — so not braking.

Perhaps all are start.

But let’s look at the images mentally again.

Picture 1: pull, start
Picture 2: push, start
Picture 3: push, start (hitting ball)
Picture 4: pull, start (lifting)
Picture 5: pull, start (towing)
Picture 6: pull, start (picking up bags)
Picture 7: push, start (elephant pushing log)
Picture 8: push, start (pedaling bike)

All seem to be "start".

But is there a trick?

What about Picture 6: if she is just holding the bags and not moving them, then no change in motion — but the force is still there. However, the question is “what happens to the motion?” — if motion doesn't change, then it's neither start nor stop. But the worksheet forces us to choose start or stop.

Therefore, we must assume that in each case, the force is causing a change in motion.

For Picture 6, the act of picking up the bags involves starting their upward motion.

Similarly, for others.

Perhaps Picture 3 is different. Let's think: when you hit a ball with a bat, the ball was in motion (thrown), and you change its direction — so you stop its original motion and start a new one. But in educational contexts for young students, they might simplify to "the bat pushes the ball, making it start moving fast in a new direction" — so "start".

I think it's safe to go with all "start" except possibly one.

Wait — another idea: in Picture 8, if the boy is riding the bike and he stops pedaling, it slows down, but here he is pedaling, so he is applying force to keep it moving or accelerate — so "start" if we consider initiating motion.

Perhaps all are start.

But let's consider the possibility that in some cases, it's stop.

For example, if there was a picture of someone catching a ball, that would be pull and stop. Or slamming brakes on a bike — push and stop.

Here, no such thing.

Picture 7: elephant pushing a log — definitely start.

I think I have to conclude that all are "start", but that feels suspicious.

Let's count the pictures: 8 pictures.

Perhaps Picture 6 is different. The girl is holding the bags — if she is standing still, the bags are not accelerating, so net force is zero, but she is applying force to counteract gravity. But the motion isn't changing — so no start or stop. But again, the worksheet likely intends that she is lifting them.

Maybe in Picture 3, when she hits the ball, she is stopping the ball's approach — so "stop".

Let me try to find a reliable source in my training data.

Upon recollection, in many similar worksheets:

- Pulling a wagon: pull, start
- Pushing a box: push, start
- Bat hitting ball: push, start (because the ball starts moving after contact)
- Crane: pull, start
- Tow truck: pull, start
- Lifting bags: pull, start
- Elephant pushing: push, start
- Biking: push, start (pedaling)

So all are start.

But let's think about the bike: when you pedal, you are applying a force that causes the bike to accelerate or maintain speed. If it was at rest, it starts; if moving, it may continue. But the image shows him riding, so likely he has already started, but the force is still causing motion — so perhaps "start" is not accurate.

This is confusing.

Another approach: the force applied by the person on the object.

In Picture 8, the boy is applying a force on the pedals, which is part of the bike system. The external force on the bike-rider system is friction, but for simplicity, we say the rider pushes the pedals, so push, and the bike moves — so start.

I think for consistency, all are "start".

Perhaps the answer is all "start", but let's see if there's a "stop" somewhere.

What about if the girl in Picture 6 is dropping the bags? But she's holding them.

Or if the elephant is stopping the log? But it's pushing it forward.

I recall that in some versions of this worksheet, the baseball bat is considered to "stop" the ball's motion because it was coming toward her, and she stops it and sends it back. But that's advanced.

For grade 1-2, it's simpler: hitting makes it go — so start.

Let's decide:

After careful thought, I believe the intended answers are:

1. Pull, Start
2. Push, Start
3. Push, Start (hitting ball makes it start moving)
4. Pull, Start (crane lifts)
5. Pull, Start (tow truck pulls car)
6. Pull, Start (girl picks up bags)
7. Push, Start (elephant pushes log)
8. Push, Start (boy pedals bike)

But I'm still unsure about #3 and #8.

Let's consider #3: if the ball is pitched to her, and she swings and hits it, the force from the bat stops the ball's forward motion (toward her) and starts it moving backward. So it does both, but the primary effect taught is that the bat imparts motion to the ball — so "start".

Similarly for #8: pedaling starts the bike moving or keeps it moving — but since the question is "start or stop", and he's actively pedaling, it's likely "start".

Perhaps in some interpretations, riding a bike is not changing motion if constant speed, but the worksheet probably assumes initiation.

I think I'll go with all "start".

But let's look for a different perspective.

Another idea: in Picture 6, if the girl is just holding the bags and not moving, then the force is balanced, no acceleration, so motion doesn't change — but the question might expect "no change", but the options are only start or stop.

That suggests that in all cases, motion is changing, so for Picture 6, she must be in the act of lifting, so start.

Similarly for others.

Perhaps the only "stop" is if there's a brake, but there isn't.

I recall that in some online sources, for a similar worksheet, the answers are:

1. Pull, Start
2. Push, Start
3. Push, Start
4. Pull, Start
5. Pull, Start
6. Pull, Start
7. Push, Start
8. Push, Start

So I'll go with that.

But to be thorough, let's consider if any could be "stop".

Suppose in Picture 3, the ball is coming very fast, and she hits it gently to stop it — but the image shows her swinging hard, so likely not.

Or in Picture 8, if he is braking, but he's pedaling.

I think it's all start.

Final decision:

1. Pull, Start
2. Push, Start
3. Push, Start
4. Pull, Start
5. Pull, Start
6. Pull, Start
7. Push, Start
8. Push, Start

But let's write it as per the format.

The user wants the final answer in a specific format.

Since ExplainAnswer is false, TeachTopic is false, GeneratePractice is false, I only provide Final Answer.

But the instruction says: "Complete ALL reasoning and explanations BEFORE writing the Final Answer." and "If an option is false, completely omit that section."

And "Final Answer: [Provide only the final correct answer]"

So I need to output only the final answer, but after doing the reasoning internally.

The final answer should be the completed table.

How to present it?

Probably as a list or in order.

Since it's a worksheet with 8 items, I'll list them as:

1. Force: Pull, Motion: Start
2. Force: Push, Motion: Start
3. Force: Push, Motion: Start
4. Force: Pull, Motion: Start
5. Force: Pull, Motion: Start
6. Force: Pull, Motion: Start
7. Force: Push, Motion: Start
8. Force: Push, Motion: Start

But to match the worksheet, perhaps just the words.

Since the worksheet has blanks, I'll provide the answers in sequence.

Final Answer:
1. Pull, Start
2. Push, Start
3. Push, Start
4. Pull, Start
5. Pull, Start
6. Pull, Start
7. Push, Start
8. Push, Start

I think that's it.