due to the surface tension of the water
It expands to fill the jar and takes the shape of it.
Glass lids are slid under the gas jar when gases are being collecting. This is so the water vapor is collected.
Here's a step-by-step solution: Fill up the 5-liter jar completely with water. Pour the water from the 5-liter jar into the 3-liter jar until the 3-liter jar is full. Now, you are left with 2 liters of water in the 5-liter jar. Empty the 3-liter jar. Pour the 2 liters of water from the 5-liter jar into the 3-liter jar. Fill up the 5-liter jar again. Pour enough water from the 5-liter jar into the 3-liter jar to fill it completely (this will take 1 liter). Now, you are left with 4 liters of water in the 5-liter jar, which gives you the required 8 liters of water.
it sinks
You can do it in 9 steps. That is one of the possible solutions. Others may have a faster solution. Columns A, B, and C represent the amount of water in the 10L, 7L, and 3L jars, respectively. A B C -- -- -- 10 0 0 <-- starting point 3 7 0 <-- fill up the 7-L jar 3 4 3 <-- fill up the 3-L jar from the 7-L jar 6 4 0 <-- pour the content in the 3-L jar into the 10-L jar 6 1 3 <-- fill up the 3-L jar from the 7-L jar 9 1 0 <-- pour the content in the 3-L jar into the 10-L jar 9 0 1 <-- pour the content in the 7-L jar into the 3-L jar 2 7 1 <-- fill up the 7-L jar 2 5 3 <-- fill up the 3-L jar 5 5 0 <-- pour the content in the 3-L jar into the 10-L jar ============================
When you poor water into a jar full of marbles, the water will fill the spaces between the marbles; bubbles will also appear.
In a bell jar over water.
Drop a big rock on the jar to smash it, thus releasing the ping pong ball. Fill the jar with water.
Simple. First take water in 5L jar and fill the 8L jar. Again repeat the process. The 8L jar which is holding 5L water in step 1 begins to overflow after being filled with extra 3L of water in step 2. The water that overflows when collected will measure exactly 2L or if you are patient enough,fill upto brim of 8L jar in step 2. The water that now remains in the 5L jar would be 2L correctly.
take a jar and fill it with water. then put the figure in the water and measure the difference in height of the water.
Fill a container three times using the 7-liter jar (which will give you 21 liters), then take out water with the 11-liter jar (which will give you 10 liters).
Leaving the gas jar undisturbed in a soil profile activity ensures that any gas released from the soil is accurately captured and measured. Disturbing the gas jar can lead to loss of gas or inaccurate results, affecting the analysis of the soil's gas composition.