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!
Question as asked cannot be answered. We know that the bottle can contain 500 mL of ketchup, but we don't know the volume of the material from which the bottle is made, nor the correct density (the figure given as density, 1.43 g, is actually a mass). In addition even if we assume that the figure given for density is 1.43 g/mL is an actual density, from the sentence structure we have a volume for ketchup, and a density of the material in the bottle ("density" refers back to bottle, not to ketchup—"Bottle contains ... and has a density of"). If the one who posed the question meant to write, "If a bottle contains 500 ml of ketchup, and the ketchup has a density of 1.43 g/l, what is the mass of the ketchup in the bottle in grams", then the original answer to the question 715g/mL mass = density x volume is correct.
That is a really big bottle ... almost 250 gallons !946 liters = 946000 ml1 liter = 1000 mililiters1 mililiter = 0.001 liter
Force does not affect inertia in general. Inertia can basically be identified with the mass.
to mix the ingredients..................but i don't shake it................
The viscosity decrease increasing the temperature.
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.
sorry my ponds extract bottle is from 1846 not my ketchup bottle
24000 millimetres in a ketchup bottle If it is a 7 gallon bottle.
A bottle of ketchup shows neither volume not surface area. The only measurement on a bottle of ketchup is weight.
Hunt's Ketchup
No
That would depend on the size of the bottle.
A bottle of Heinz or Hunts ketchup contains 6.5 ounces of sugar, which is approximately 39 teaspoons of sugar.
Question as asked cannot be answered. We know that the bottle can contain 500 mL of ketchup, but we don't know the volume of the material from which the bottle is made, nor the correct density (the figure given as density, 1.43 g, is actually a mass). In addition even if we assume that the figure given for density is 1.43 g/mL is an actual density, from the sentence structure we have a volume for ketchup, and a density of the material in the bottle ("density" refers back to bottle, not to ketchup—"Bottle contains ... and has a density of"). If the one who posed the question meant to write, "If a bottle contains 500 ml of ketchup, and the ketchup has a density of 1.43 g/l, what is the mass of the ketchup in the bottle in grams", then the original answer to the question 715g/mL mass = density x volume is correct.
Heat, would cause a bottle of ketchup to explode. Though having it sit on your table in your kitchen won't get enough heat to do it. Putting the bottle in a microwave would...
My ketchup bottle ounces (oz) is.....24 oz
in swift current Saskatchewan