TRUE!!!
true
Scientists determine whether a hypothesis is correct by performing experiments. They apply the hypothesized stimulus to one group of subjects and not to another group called the control group. If the experimental group is significantly different statistically from the control group the hypotheses is assumed correct. But, that isn't the end, if it's a significant finding other researchers try to duplicate the experiment. If they are unable to, it brings the hypothesis into question.
Experimentation in science is done following strict scientific protocols. A basic approach is to first form a hypothesis, which is simply a good guess of what will happen in the experiment. After the experiment you examines the data and compare them with the hypothesis. You then comment on how they may or may not match, and then you could publish the results. It is important that the method of how you conducted the experiment and what that was used is included in the report, so that others might try to duplicate your results. If other scientists do the same experiment and get the same results as you did, your report is then strengthened, and it will therefor gain a higher value of credulity.
Think it's 'control', not really sure
A Theory is a hypothesis that has withstood testing, but cannot be proven infallibly true, meaning that the only way to form a theory is through scientific testing. Reasoning is necessary to form a hypothesis, which will be considered a theory once tested and supported by the results. Two types of reasoning are Inductive Reasoning and Deductive Reasoning.Inductive ReasoningMaking observations and extrapolating to come to a conclusion beyond the scope of current information. i.e.The grass outside is greenthereforeAll grass is greenDeductive ReasoningUsing logic to reach a conclusion, specifically when the conclusion necessarily follows the premise(s). i.e.This mouse is grayandAll gray mice are fastthereforeThis mouse is fastOnce you have a hypothesis, it can be tested using the Scientific Method.Scientific MethodAsk a questionDo background researchConstruct a hypothesisTest your hypothesis using an experimentAnalyze data and draw a conclusionCommunicate your resultsIf the results of the experiment support the hypothesis, then it is considered true. If others are able to duplicate the experiment and achieve the same results, the hypothesis will be considered a theory.inductive
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TRUE!!!
Every scientific experiment is different, however, there are certain consistent features of an experiment. You have to cause an event under controlled conditions, which can be reproduced (that is, you can cause the same event more than once, and other scientists can duplicate your work if they so desire) with careful measurement of all relevant parameters, and careful observation of the results of that event.
Scientists determine whether a hypothesis is correct by performing experiments. They apply the hypothesized stimulus to one group of subjects and not to another group called the control group. If the experimental group is significantly different statistically from the control group the hypotheses is assumed correct. But, that isn't the end, if it's a significant finding other researchers try to duplicate the experiment. If they are unable to, it brings the hypothesis into question.
Experimentation in science is done following strict scientific protocols. A basic approach is to first form a hypothesis, which is simply a good guess of what will happen in the experiment. After the experiment you examines the data and compare them with the hypothesis. You then comment on how they may or may not match, and then you could publish the results. It is important that the method of how you conducted the experiment and what that was used is included in the report, so that others might try to duplicate your results. If other scientists do the same experiment and get the same results as you did, your report is then strengthened, and it will therefor gain a higher value of credulity.
Duplicate and replicate have similar meanings, but there is a subtle difference. Duplicate typically refers to making an exact copy of something, while replicate can also imply reproducing an experiment, process, or result to confirm its accuracy or validity in a different context.
Think it's 'control', not really sure
A match is something that is similar but a little different. A duplicate is something that is exactly the same.
He was just cloning around.
If you are referring to copies of files that get saved to different folders on your hdd or ssd by accident or on purpose, they are called duplicate files or exact duplicates. People use programs called duplicate finders, such as Easy Duplicate Finder, Auslogics Duplicate File Finder and Gemini, to delete duplicate files.
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.
A Theory is a hypothesis that has withstood testing, but cannot be proven infallibly true, meaning that the only way to form a theory is through scientific testing. Reasoning is necessary to form a hypothesis, which will be considered a theory once tested and supported by the results. Two types of reasoning are Inductive Reasoning and Deductive Reasoning.Inductive ReasoningMaking observations and extrapolating to come to a conclusion beyond the scope of current information. i.e.The grass outside is greenthereforeAll grass is greenDeductive ReasoningUsing logic to reach a conclusion, specifically when the conclusion necessarily follows the premise(s). i.e.This mouse is grayandAll gray mice are fastthereforeThis mouse is fastOnce you have a hypothesis, it can be tested using the Scientific Method.Scientific MethodAsk a questionDo background researchConstruct a hypothesisTest your hypothesis using an experimentAnalyze data and draw a conclusionCommunicate your resultsIf the results of the experiment support the hypothesis, then it is considered true. If others are able to duplicate the experiment and achieve the same results, the hypothesis will be considered a theory.inductive