Well since a hypothesis is "an educated guess that attempts to explain an observation or answer a question". It must be repeatedly tested with un-flawed experiments, and backed up with a significant amount of data. And it will then become a theory, and if it's tested by and consistent with generations of data it will become a law.
In my Biology book it says that some hypothesis are tested by performing controlled experiments, and others are tested by gathering data.
the scientific method,
1. state the problem.
2. report the hypothesis.
3. make predictions.
4. test or experiment.
5. make a conclusion.
Scientists test their hypothesis to test it out and see if their right.
You could gather data and create a controlled experiment
The two parts of a hypothesis is the observation and the test. An observation has to be made on what the experiment is going to be on, then a test has to be thought up to test the question.
You hypothosize, meaning predict or guess the result of your experiment/lab or whatever it is. For example, what ever the problem is that you are solving, before the experiment/procedure takes place, you guess what the result will be and you tell why.
1 ask a question 2 do background research 3 construct an hypothesis 4 test your hypothesis by doing an experiment 5 analyse your data and draw a conclusion 6 communicate your results
yes usually are. just 2 different ways of saying it
A hypothesis is an educated guess. for an example if you are taking a test and you already canceled out 2 impossible answers and you have two left you aren't sure about use an educated guess known as a hypothesis. I'm a seventh grader that has a 83 in science so I'm not Einstein material but i knew more than what the other person had here.. and I'm not criticising anyone but if you don't know please don't post and give the other person wrong answers...
The two parts of a hypothesis is the observation and the test. An observation has to be made on what the experiment is going to be on, then a test has to be thought up to test the question.
The scientific process. 1. Observe 2. Create a hypothesis to explain what you observed 3. Experiment to test your hypothesis
You use the t-test when the population standard deviation is not known and estimated by the sample standard deviation. (1) To test hypothesis about the population mean (2) To test whether the means of two independent samples are different. (3) To test whether the means of two dependent samples are different. (4) To construct a confidence interval for the population mean.
1. Have a question. 2. Make a Hypothesis. 3. Test the Hypothesis. 4. Collect and analyze data. 5. Come to a conclusion where you state whether or not your hypothesis was correct.
1)Ask a question 2)Make a hypothesis (predict what will happen with your experiment) 3)Research your hypothesis 4)Test your hypothesis 5)Collect/organized your data 6)Results 7)Draw a conclusion
1. personal experience 2. research 3. prior knowledge
(2)50 = 1,125,899,906,842,624 possible different sets of answers for the entire test.
1. Ask a well-defined question 2. Form a testable hypothesis 3. Design an experiment to test your hypothesis.
Step 1: Ask a question/Make obsevations Step 2: Propose a hypothesis Step 3: Test the hypothesis through experimentation
the different gases you can test for are a solid and liquid
1. Find a problem 2. Develop a Hypothesis 3. Test out hypothesis 4. Organize the data 5. Find a conclusion 6. Repeat 1-3 to be sure
1). identify the problem 2). collect information 3). make a hypothesis 4). test your hypothesis 5). record and analyze 6). draw a conclusion