The volume of a quarter coin is 808.53 mm cubed (assuming it's not worn thin). In theory you could fit 1000 000 /808.53 = 1236.81 quarters in a litre. However, that assumes you can fill all the space and you can't do that because of the fixed cylindrical shape of the quarters. You would have to look at how many coins would fit in your particular shape.
You could fill 4 cups with 220 ml from a 1 liter bottle as 1 liter is equal to 1000 ml.
There are 4 quarters in any single unit.
There are 4 quarters in a liter.
On average, 199 five pence coins can fit in a liter bottle.
Only one, but you have to fill it and dump it almost 6 times.
2
8
1000 ml
It means: How many times would you have to empty a full 1-liter bottle into this volume in order to fill it up ?
10 times
There are 4 quarters in any single unit.
Lots Get a liter bottle, and count how many squirts you get.
There are 4 quarters in a liter.
To calculate the number of quarters of milk needed to fill a 2-litre jug, we need to know the volume of 1 quarter. Assuming the standard volume of a quarter of milk is 1 liter, we can then determine that we would need 2 quarters of milk to fill a 2-liter jug.
There are 100 centiliters in a liter, inside a bottle or anywhere else.
That sounds like an excellent math experiment - see how many quarters it takes to fill one inch of the can - then multiply out how many inches tall the can is so you can know about how many quarters it will take to fill the whole can!
You can generally just fill the bottle a quarter of water and put in enough dry ice chunks to fill the bottom of the container; I'll say about 6 normal sized chunks for a 2-liter bomb.