To make 1 liter, which is equivalent to 1000 milliliters, you need to add more liquid to the 650 milliliters already in the jug. Subtracting 650 from 1000 gives you 350 milliliters. Therefore, you need to add 350 milliliters of liquid to the jug to reach 1 liter.
To determine how much liquid needs to be added to reach a total volume of 1 liter, subtract the current volume from 1 liter. For example, if you have 300 milliliters, you would need to add 700 milliliters to reach 1 liter. Simply adjust the amount based on the existing volume to find the correct volume to add.
Thirteen grams of water is the same as thirteen milliliters. So, if thirteen grams of water were added to the beaker, then thirteen milliliters of water were added.
The total amount of water in the beaker was 0.5 liters (500 milliliters) + 300 milliliters = 800 milliliters.
If energy is added to a liquid at 20 Celsius, the temperature of the liquid will increase. This can lead to a phase change if the added energy is sufficient to raise the liquid's temperature above its boiling point, causing it to vaporize. If the added energy is not enough for a phase change, the increased temperature can affect the liquid's properties such as viscosity.
which two things can happen when heat is added to a liquid?
The solid being added to the liquid is called a solute. When the solute is dissolved in the liquid, it forms a solution.
The liquid is changed in a gas.
Heat is added to a solid to make a liquid... this is called melting. some additional liquid (water,ethanol,acid…) also change solid into a liquid.
one part of liquid added to 50 parts of a different liquid
The charging liquid is typically added to the low-pressure side of a compressor. This allows the liquid to enter the compressor, where it is compressed and then discharged as a high-pressure gas.
When thermal energy is added to a liquid, the average kinetic energy of the liquid molecules increases, causing them to move faster and further apart. This results in an increase in the liquid's temperature, leading to its phase transition into a gas if the added energy is sufficient to overcome the intermolecular forces holding the liquid together.
it depends on the substance