There are at least 2 ways:
1.Accidents. Often scientists will stumble upon new phenomena as they are attempting to prove or disprove something else. The new and unexplained phenomena ends up being more scientifically relevant than what they are initially trying to prove. An example of this would be Marie Curie accidentally discovering radium, or Percy LeBaron accidentally discovering that microwaves can be used to heat materials.
2.The Scientific Method (hypothesis testing). In hypothesis testing, a scientist will establish a hypothesis, then test his theory to determine if the hypothesis is true or false. He often uses a control group to compare his experiment to, to determine if the results of the experiment were substantial enough to prove the hypothesis. Hypothesis testing relies on accurate and detailed observation, measuring, and recording of data.
New information comes about when a scientist has proven or disproven a hypothesis.
An example of a famous hypothesis test would be Galileo's experiments with gravity on the leaning tower of Pisa. Galileo hypothesized that a heavier object would fall faster than a lighter object. He conducted an experiment in which he dropped two objects of different weights simultaneously to see which hit the ground first. He recorded the data, and repeated the experiment several times until he was sure of the results. The new knowledge that he gained was that any two objects would hit the ground simultaneously, regardless of weight.
A+ They make direct observations.
There are at least 2 ways:
1.Accidents. Often scientists will stumble upon new phenomena as they are attempting to prove or disprove something else. The new and unexplained phenomena ends up being more scientifically relevant than what they are initially trying to prove. An example of this would be Marie Curie accidentally discovering radium, or Percy LeBaron accidentally discovering that microwaves can be used to heat materials.
2.The Scientific Method (hypothesis testing). In hypothesis testing, a scientist will establish a hypothesis, then test his theory to determine if the hypothesis is true or false. He often uses a control group to compare his experiment to, to determine if the results of the experiment were substantial enough to prove the hypothesis. Hypothesis testing relies on accurate and detailed observation, measuring, and recording of data.
New information comes about when a scientist has proven or disproven a hypothesis.
An example of a famous hypothesis test would be Galileo's experiments with gravity on the leaning tower of Pisa. Galileo hypothesized that a heavier object would fall faster than a lighter object. He conducted an experiment in which he dropped two objects of different weights simultaneously to see which hit the ground first. He recorded the data, and repeated the experiment several times until he was sure of the results. The new knowledge that he gained was that any two objects would hit the ground simultaneously, regardless of weight.
A+ They make direct observations.
They make direct observations.
Many scientists gain knowledge by making a hypothesis and creating an experiment. They analyze the data to make conclusions, thus gaining knowledge. Lazier scientists just read a ton of books.
Three ways to gain scientific knowledge is: 1) Read science magazine. 2) Read and make a summary of scientific articles. 3) Adopt a method of careful observation toward any event happening around you.
Bacteria
A scientist studying how populations evolve would most likely observe organisms with short generation times, high reproductive rates, and large population sizes, such as bacteria or fruit flies. These organisms allow researchers to observe multiple generations quickly and see how genetic changes occur over time within a population.
a scientist should not go beyond moral boundaries when trying to gain personal recognition or fame. got it from brainly
Charles Darwin
It isn't usually- most often for women it's the hips.
Scientific prose is literature that is created by scientist. It is the written word, most often about a scientific topic.
Charles Robert Darwin. Do not forget Alfred Russel Wallace.
At the time of the scientific revolution, sources of knowledge dealing primarily with mathematics and astronomy were most often referred to. The scientific revolution began in the mid-1500s.
their gain or loss of electrons