It is important to use the same amount of water each time you conduct the experiment because if you change more than 1 thing in an experiment, then you can't know the true result because you tested too many things. You need all controlled variables in an experiment except for 1 manipulated variable.
So that you will know the results of different types of things you want to test the water at
It is very important to always use the same balance during the course of an experiment. This is because it will have the same margin of error.
So that you can know what happens to the different amounts of water ,at what times and at what rates too
It is so important because you cannot know the exact answer and the correct answer.
If water is not still before an experiment then if the experiment involves measuring water then the measurement would not be accurate. Also if there is something in the water you might spill it out and spoil your experiment.
Some constants in your experiment should be: -the amount of water -the temperature of the water (unless your gonna have different temps.) -the strength of the pain reliever ...and more of that sort of stuff it all depends on what your aim is for your experiment and stuff like that.
The amount of water.
Constants are the things that are kept the same each time one of the trials in the experiment is repeated. For example, constants could include the amount of water used, the brand of effervescent tablet used, the type of water used, and the fact that the water was not stirred. As many outside factors as possible should be kept constant in an experiment so that the researcher can be sure that any changes that occur do so because of the independent variable.
In an experiment, the independent variable is altered, and the effect observed is the dependent variable, or outcome. The controlled variable is intended to be kept the same throughout the experiment so that changes in it do not affect the results.
I just conducted an experiment with a small amount of limstone in beakers of acids and bases and the Ph levels stayed the same.
If water is not still before an experiment then if the experiment involves measuring water then the measurement would not be accurate. Also if there is something in the water you might spill it out and spoil your experiment.
i like candy
The reason this experiment was important is because he wanted to find out if there was any other intake besides water and soil and there was and it was carbondioxide so it was important to find out carbondioxide.
it removes oxygen
The liquid used to test the solubility of a Twinkie in the TWINKIES project was tap water. The original experiment was conducted in Texas in 1995.
A fixed variable is the thing that stays the same, such as the amount of water.
You could increase the amount of water flow, or increase the angle of water flow to increase the amount of erosion. Both will increase the amount of the resultant deposition.
Some constants in your experiment should be: -the amount of water -the temperature of the water (unless your gonna have different temps.) -the strength of the pain reliever ...and more of that sort of stuff it all depends on what your aim is for your experiment and stuff like that.
The most important part of an experiment on this subject is to show how it is actually in a cycle. You can start by doing one experiment about how water can evaporate and then move on to how water condenses and rains.
In an experiment your independent variable does change to what you choose. An example would be an experiment testing to see if the amount of water in a pot effects the amount of time it takes for the water to boil. Your independent variable would be the different amounts of water used. Your dependent variable would be the time because it depends on the independent variable (the amount of water used) . Your constant would be the temperature because it is not changed throughout the experiment, and thus remains constant. This way you can isolate which changes affect which variables.
Fill a graduated cylinder full of water, than drop a rock inside. The amount that the water rises will determine the volume of the rock. Amount of water level increase=volume of rock.