<span>Pressure will be cut in half
hope that help good luc</span>
Icy water is just water.
It is a compound.
To calculate the actual heat, I'd use calorimetric to weigh a sample mass. I 'd calculate the mass of a material sample. At a specified temperature, I will heat the material. I should position the heated material inside a calorimeter for coffee cup containing an initially established mass of water. I 'd wait for the weather to stabilize and then measure the difference in weather. To assess the sum of energy consumed, I will use the increase in water temperatures. For measure real heat I will use the sum of energy per material, weight, and temperature shift.
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<em>Hope this helps!</em>
<em />
<u>Brainliest would be great!</u>
<u />
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<em><u>With all care,</u></em>
<em><u>07x12!</u></em>
Answer:
The removal of second electron from alkaline earth metals leads to the stable octet state in M2+ ions. In case of alkali metals it is not so. Since the removal of electron leads to stability, hence it can easily removed leading to lowering of second ionization enthalpy in alkaline earth metals.
Explanation:
hope it helps you and give me a brainliest
According to ideal gas equation, we have
PV = nRT
According to above equation, pressure exhibited by any gas depends upon number of moles of gas, temperature and volume.
Thus, <span>pressure of a refrigerant cylinder containing saturated refrigerant is determined by temperature, number of moles of gas and volume occupied. In general, pressure exhibited by system will increase with increase in temperature and number of mole of gas, while it will decrease with increasing volume. </span>
