Is an explanation based on many observations supported by experimental results
An experimental question is based on prior knowledge. This type of question can also be tested and will have an answer.
An experimental question is based on prior knowledge. This type of question can also be tested and will have an answer.
Among other things, it must be based on reliable data and repeatable experimental results.
Always the non hypothesis that is, it is unable to address a specific, unmeasurable, and non answerable question. Based on that non hypothesis is: Too Complex, Imprecise, Misdirected to Researcher,Statements of the Obvious, Global Statements.
An experimental question is a question that can be answered through scientific investigation and experimentation. It typically focuses on exploring the relationship between variables or testing a hypothesis to draw conclusions based on empirical evidence. Experimental questions are specific, testable, and help guide the research process.
Is an explanation based on many observations supported by experimental results
The null hypothesis is an hypothesis about some population parameter. The goal of hypothesis testing is to check the viability of the null hypothesis in the light of experimental data. Based on the data, the null hypothesis either will or will not be rejected as a viable possibility.
An experimental question is based on prior knowledge. This type of question can also be tested and will have an answer.
An experimental question is based on prior knowledge. This type of question can also be tested and will have an answer.
the difference between discovery science and experimental science is. when we say "discovery science" is comes from the word itself "discovered" it is first discovered by a certain person. when we say "experimental" it comes from the word it self "experiment", people tried to make things that are new . :)
Among other things, it must be based on reliable data and repeatable experimental results.
A scientific hypothesis is testable, falsifiable, and based on empirical evidence. It must be formulated in a way that allows it to be disproven through experimentation or observation, making it a key component of the scientific method.
Hypothesis.
Reporting experimental results honestly, even if they contradict your hypothesis, is crucial for the integrity of scientific research. It allows for transparency, reproducibility, and accuracy in the scientific community. By reporting all results, regardless of whether they support the hypothesis, it helps prevent bias and ensures that knowledge is advanced based on sound evidence.
A statement that explains an observation and is supported by data is a
The "then" part of a hypothesis is the prediction or expected outcome of the experiment based on the manipulation of the independent variable. It describes the specific response or change that is anticipated in the dependent variable as a result of the experimental manipulation.