Nag waits by the water jar because it is thirsty and in need of water to drink. Additionally, nag may also be using the water jar as a place to hunt for prey, such as small animals or insects.
Rikki-tikki realized Nagaina had left, so Nag coiled himself around the water-jar. Rikki-tikki stayed still, waiting for the right moment to act. This shows Rikki-tikki's alertness and skill in handling dangerous situations.
a water jar is a woven basket used to collect water
Yes, you can separate soil from water by allowing the soil to settle at the bottom of the jar and then carefully pouring off the water without disturbing the sediment. This process may need some time for the soil particles to fully settle at the bottom before pouring off the water.
No, a jar of water will not float to the bottom of a bucket of water. The jar will sink to the bottom due to its weight and density compared to the surrounding water.
no
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.
You can measure the volume of water in a jam jar by pouring a known quantity of water into the jar and then using a measuring cup or graduated cylinder to measure the volume of water that was added. Alternatively, you can fill the jam jar to the brim with water and then pour the water into a measuring cup to determine the volume.
You have to put some sea water in a jar and then wait for the water to evaporate-you need to put the jar near somewhere hot. Then when all the water has evaporated, you are only left with salt in the jar.
let the water evaporate and measure the salt that is left in the jar
When a water balloon placed over the mouth of a jar is squeezed, the air inside the jar is compressed. When this compression occurs, the pressure inside the jar drops slightly, creating a suction force. This suction force, produced as a result of the pressure difference between the outside and inside of the jar, causes the water from the balloon to be drawn into the jar.
Yes, water vapor can form outside of a hot water jar. When the hot water inside the jar heats the air around it, the air can hold more moisture. As this hot and moisture-laden air comes into contact with cooler surfaces outside the jar, such as the jar itself or the surrounding air, condensation occurs and water droplets can form.
The numerical value would depend on the volume of the jar