The answer is variable.
Unless the solute is frozen , the temperature and pressure in a room should not change the neutralization of a solute. This is because the solvent and all other aspects of the experiment would be equally affected, and the solute's temperature would balance itself out.
probably
It's what you change to do your experiment. Say your doing an experiment like my friend Kristen Maxine Rogers is doing: Does air temperature affect how long soap bubbles last, her independent variable would be the different temperatures.
A dependent variable depends on the independent variable. If you are doing an experiment about how temperature affects the heat of water then the independent variable would be the temperature, as that is what you are going to change, and the dependent variable the water as the temperature of the water depends on the temperature surrounding it.
The variable in an experiment that is being measured or tested is usually referred to as the independent variable. In the case of testing the effect of water temperature, the independent variable would be the water temperature itself.
It's something that doesn't change in an experiment, or at least something that would greatly impact your results if changed. ie:amount of water and temperature in an experiment to find the rate of evaporation. Constants are pretty much infinite
The most likely hypothesis for the experiment was that increasing the temperature would speed up the reaction.
The control in a science experiment is the same thing as a constant. It is something that you keep the same the entire experiment. For example if you were testing how various locations affect temperature your constants would be the thermometer you used and the time for measuring the temperature. If you don't have a constant than your experiment results won't be accurate.
I would store coke in a cold place if I were to do that experiment xD
Well, when something changes, you would not know which variable caused the change in the experiment.
You can find the change in temperature by subtracting the initial temperature from the final temperature. For example, if the initial temperature is 20 degrees Celsius and the final temperature is 30 degrees Celsius, the change in temperature would be 10 degrees Celsius (30 - 20 = 10).
It would increase heart rate and breathing