A perfect example of how theories are tested ! Theory predicts the outcome
of the experiment, and the purpose of the experiment is to test the theory.
If the outcome of the experiment is appreciably different from the one predicted
by the theory, (and if the experiment itself was valid), then the prediction is flawed,
and the theory must be either tweaked or trashed.
Sometimes it is possible to define a model for a trial or experiment and then use mathematical or scientific rules to determine the probability of the possible outcomes. Such a procedure gives theoretical probabilities.
Galileo Galilei was and is sometimes referred to as "the father of experimental science." Galileo didn't take much on faith, rather, he tested his ideas through experiments and expressed them in mathematical form.
Experimental subjects are left free for manipulation
The Monty Hall Problem is an example that shows people are not always good at correctly estimating probabilities. To be fair, the problem is sometimes describedpoorly. The problem is obviously related to the theory of probability, in mathematics.
No, not generally. Sometimes you may by chance (to a degree) find the exact number. Estimations are put in place to give us a rough guide to for instance experimental data.
Because multiple experiments can be tried to prove just one theory. When humans get involved there are a multitude of factors that sometimes can't and don't get taken into account as well.
Sometimes it is possible to define a model for a trial or experiment and then use mathematical or scientific rules to determine the probability of the possible outcomes. Such a procedure gives theoretical probabilities.
sometimes
the difference between experimental and dependant drug are that experimental drugsis when you insert it through your veins etc, depentant are drugs that help and sometimes destroy yor inernal organs
Scientists try to control for experimental bias.An experimental bias often goes unrecognized if the student does not carefully consider sources of potential biases.A desire for a specific outcome is an experimental bias.
Galileo galilei was and is sometimes referred to as "the father of experimental science." Galileo didn't take much on faith, rather, he tested his ideas through experiments and expressed them in mathematical form.
Galileo Galilei was and is sometimes referred to as "the father of experimental science." Galileo didn't take much on faith, rather, he tested his ideas through experiments and expressed them in mathematical form.
Different for different animals, sometimes droppings, sometimes pellets, sometimes scat, etc.
When doing experiments you have to have a control group and an experimental group. The control group is not given a drug (for example), while the experimental group is. This will show (later on) if the drug had a real effect. Sometimes the control group will be given what is called a placebo. This looks just like the drug that the experimental group is given, except it has nothing in it.
Experimental subjects are left free for manipulation
Some designers have always designed for the "gender neutral" as it's sometimes called.
It's likely. Experimental aircraft are sometimes unidentified by observers. They may take on an unusual/novel shape in order to fly faster or stealthier. These kinds of experimental aircraft are, for obvious reasons, kept secret. They are identifiable by those who made them but not by those who see them.