The short answer is "no."The longer (but more correct) answer is that most scientists are reasonably willing to believe at least the broad strokes of anything that legitimately qualifies as a "theory", because by that point it's generally been shown that it explains known observations and allows the results of observations that haven't been made yet to be correctly predicted. It's sort of ridiculous not to believe something that demonstrably works. If I told you that I could roll dice in such a way as to control what number came up and then showed you I could do it twenty times in a row, if you decided to then play a game of dice against me you'd deserve what would happen to you.
However, science advances by people continually challenging accepted theories. Maybe the theory works fine for some things, but not for others. This is more or less what happened around the 1900s to Newtonian physics ... Newton's theories were shown to flat-out not work for objects that are very small or move very fast, though they're very good approximations for most objects on the ordinary human scale. Another example we're still trying to figure out is that galaxies don't rotate the way Newton's Law of Universal Gravitation says they should ... the most commonly accepted explanation for this is "dark matter" (matter we can't see because it doesn't interact with the electromagnetic force, but does interact with the gravitational force), but another possible explanation is that the Law of Universal Gravitation isn't as universal as the name implies ... it may only work at small scales, and at large scales there's another factor that becomes dominant that we never noticed before because over distances where we can actually conduct experiments it's too small to measure.
Scientists believe that experiments can test hypotheses and answer the specific scientific question at hand and can either support or deny the justification of a theory. Either way, the theory will always have outliers and cases that reduce its legitimacy. While a theory can become very strong in its support, scientists say that nothing can ever be 100% "proven"
Every scientist uses the scienticific method so that every scientist gets the same results.
Scientific Method is the key here . The main components of the Scientific method are 1. Observation 2. Gathering information 3. Making Hypothesis ( Hypothesis means making statement that is testable with experiment) 4. Experimentation 5. Prediction If Experiment results agreed with our Hypothesis , then our Hypothesis become the theory . If the same results are repeated by no of persons for a long period of time , Theory become law. Scientists use this method in every aspect of their work
According to the scientific method they do it because the first time they try the experiment, the results might be wrong. In the case of which many experiments are being tested multiple times, scientists want to make sure that there results are correctly answered.
A scientific theory presents an explanation for a phenomenon. Using that explanation, one can then make predictions about what will happen under certain conditions. But the prediction is not the theory, it is a implication of the theory.
Scientists believe that experiments can test hypotheses and answer the specific scientific question at hand and can either support or deny the justification of a theory. Either way, the theory will always have outliers and cases that reduce its legitimacy. While a theory can become very strong in its support, scientists say that nothing can ever be 100% "proven"
I believe yes
Every scientist uses the scienticific method so that every scientist gets the same results.
Scientific Method is the key here . The main components of the Scientific method are 1. Observation 2. Gathering information 3. Making Hypothesis ( Hypothesis means making statement that is testable with experiment) 4. Experimentation 5. Prediction If Experiment results agreed with our Hypothesis , then our Hypothesis become the theory . If the same results are repeated by no of persons for a long period of time , Theory become law. Scientists use this method in every aspect of their work
If everything is exactly the same (including Temperature, Purity of the Reagents, etc.) you will get the same results. This is called Experimental Reproducibility. BUT, I must add that, 'in theory, theory works.' Just 2 iterations of the experiment, is not enough to 'prove' a theory. Carefully analyze your results.
According to the scientific method they do it because the first time they try the experiment, the results might be wrong. In the case of which many experiments are being tested multiple times, scientists want to make sure that there results are correctly answered.
A scientific theory presents an explanation for a phenomenon. Using that explanation, one can then make predictions about what will happen under certain conditions. But the prediction is not the theory, it is a implication of the theory.
every one believe in god if the super natural power is assumed to be like a humman they are the normal people and if it is said to be some atomic energy they are scientists
It's hard to believe in any of those, but all the scientists agree that something caused a huge explosion of mass to populate the universe. In my Opinion, I believe in the big bang theory, but my biggest question was: what started it off? For every bomb there has to be something to activate it, otherwise, it would explode while being created. So yes, you can believe in them or not, it's a matter of personal opinion.
I believe the vast majority of climate scientists who know what they are talking about. Every Scientific Academy in the developed world agrees with them too. The critics who say it is a huge fraud are not peer-reviewed climate scientists..
Yes and no. They let you believe that you make $10.00 for every envelope you stuff but in reality what you get is $10.00 for every envelope that results in an order and not for every envelope sent. There is a big difference between them.
Yes and no. They let you believe that you make $10.00 for every envelope you stuff but in reality what you get is $10.00 for every envelope that results in an order and not for every envelope sent. There is a big difference between them.