Well, isn't that a happy little accident waiting to happen! When you pour water into a jar full of marbles, the water will fill in the spaces between the marbles, creating a lovely display of water and marbles together. It's like nature's way of showing us how different things can come together to create something beautiful. Just remember to be gentle and appreciate the unexpected beauty that may come from experimenting with different elements.
pour water into it until full, then pour that water into a measuring cup.
Well, darling, to calculate the volume of a sample of marbles, you can use the formula for the volume of a sphere, which is 4/3 * π * r^3, where r is the radius of the marble. Measure the diameter of the marble, divide it by 2 to get the radius, plug it into the formula, and voila! You've got the volume of those little round troublemakers.
To separate sawdust from marbles, you can use a method based on their differences in size and weight. First, pour the mixture onto a flat surface or into a shallow container, then gently shake or tilt it to allow the heavier marbles to settle at the bottom. Next, you can use a sieve or screen with holes large enough to let the sawdust fall through while retaining the marbles. Alternatively, you can use water; sawdust will float while marbles will sink, allowing for easy separation.
Well, darling, if you want to separate marbles and pebbles, you can simply use a sieve or mesh screen with holes big enough for the pebbles to pass through but small enough to catch those sassy marbles. Just give it a good shake and watch those marbles roll into one pile and the pebbles into another. Easy peasy lemon squeezy!
Assuming an unlimited supply of water, fill the 4 l. pour that onto the 9l. refill the 4l and pour that in the 9l. it now has 8l (not full) fill the 4l again pourinr carefully into the 9l leaving 3l in the 4l container. empty the 9l. pour the 3l from the 4 in to the 9l container. Refill the 4l. Pour that into the 9l (4+3 =7). fill the 4l again and pourinto the 9l leaving 2l in the 4l container. Dump the 9l container, pour in the 2l from the 4l container. fill the 4l again. pour into the 9l (2+4 = 6) and you are finished.
When you poor water into a jar full of marbles, the water will fill the spaces between the marbles; bubbles will also appear.
Pouring water into a jar of marbles will displace the marbles and fill the empty spaces between them. This demonstrates the principle of displacement, where the volume of water poured into the jar equals the volume of the marbles that are moved aside to make space for the water.
pour water into it until full, then pour that water into a measuring cup.
If you add more water into the glass once it is full, the water will overflow and spill out of the glass. This is because the glass can only hold a certain amount of water before reaching its capacity.
Well, isn't that a happy little question! One way you could separate polystyrene balls from marbles is by using water. Since polystyrene balls float and marbles sink, you can gently pour water over the mixture and the balls will float to the top while the marbles stay at the bottom. Just remember to do it with a gentle touch and a big smile!
The marbles will settle at the bottom of the jar due to gravity, arranging themselves in a layer. The marbles will form a pattern based on their shape and size, with larger marbles typically settling at the bottom.
It will get wet and cold, which would be cruel.
Then the bottle contains a dilute juice . . . a mixture of juice and water.
Well, darling, to calculate the volume of a sample of marbles, you can use the formula for the volume of a sphere, which is 4/3 * π * r^3, where r is the radius of the marble. Measure the diameter of the marble, divide it by 2 to get the radius, plug it into the formula, and voila! You've got the volume of those little round troublemakers.
If he glass was full and you put ice cubes in it would overflow strait away.
the plastic could melt! :/
the plastic could melt! :/