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Inertia is the reluctance of a body at rest to start moving or a body in motion to come to rest. In this case Inertia prevents the ketchup from flowing.

That is why removing/getting it out of the bottle is effective in this way:

1) Hold it by the neck

2) Turn it upside-down (cap ON please)

3) Swing it in this position towards the plate

4) Jerk it to a stop quickly right before it hits the plate

The ketchup will continue flying towards the other end, even though the bottle has stopped. This is because the innertia (or tendency of an object to stay in its current state of motion, at rest or in motion) keeps it moving even though the bottle has stopped.

This is a neat way to do it if this is you Physics Homework for the day, cheaters!

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βˆ™ 14y ago
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βˆ™ 6mo ago

Inertia causes the ketchup to resist changes in its state of motion, so when you try to get the ketchup to come out of the bottle by squeezing it or tapping it, the ketchup initially stays in place due to its inertia. Once enough force is applied to overcome the inertia, the ketchup starts to flow out of the bottle.

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Q: How does inertia affect the ketchup in the bottle?
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A bottle of ketchup holds 946 milliliters, not liters.


Why do you shake tomato ketchup bottle before opening its cap?

Shaking a ketchup bottle helps to mix the ingredients that may have settled at the bottom. This ensures a consistent flavor and prevents watery separation from occurring when you squeeze the bottle.


What force will not effect inertia if its force is zero?

Force does not affect inertia in general. Inertia can basically be identified with the mass.


If A bottle contains 500 mL of ketchup and has a density of 1.43 g What is the mass of the bottle in grams?

Well, isn't that just a happy little question! To find the mass of the ketchup bottle, we can use the formula: mass = density x volume. So, the mass of the bottle would be 1.43 g/mL x 500 mL = 715 grams. Just like painting a beautiful landscape, it's all about following the steps and enjoying the process!


Give you 5 examples of Inertia?

We are subject to the concept of inertia and experience such an idea every single day. Here are some examples. 1. Suddenly accelerating during a car ride makes the driver and the riders feel pushed up against their seats. Inertia explains this phenomenon quite clearly. 2. Turning around a corner while driving makes the driver and the riders move quite counter-intuitively. For example, if a car turns right, every person in the car is pushed to left and vice versa; inertia explains this phenomenon. 3. We usually shake the bottle of ketchup or hit it in order to get that last bit of ketchup remaining in the bottle. We do both of these things to move the ketchup as the remaining bit of ketchup is subject to the idea of inertia when shaken or hit. 4. After sprinting for a while, you must apply a backward force in order to stop. Yet if you do not apply this backward force, you will continue moving forward. If you stop running suddenly, you will for a second move at the speed at which you were running before. Inertia helps to explain this phenomenon. 5. If a bus suddenly stops and you aren't holding onto a support, you will be pushed to the front of the bus. Your mass and the concept of inertia helps to explain such a phenomenon.

Related questions

Why a ketchup bottle is turned upside down then thrust downward and stops suddenly?

The ketchup is thick and sticky, and gravity alone might not be enough to get it to leave the bottle.So you use something called inertia.Inertia basically means that stuff like to keep doing what it was doing the moment before. So first you make the bottle, and the ketchup move downwards, then you stop the bottle. The ketchup, due to inertia, will try to keep moving, so some of it will splash out of the bottle.


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