peanut butter
Hypothesis.
Having evidence to support a statement is important because it adds credibility and strengthens the argument being made. Evidence helps to validate the claim and gives others a reason to believe or trust in the information being provided. Without evidence, statements can be seen as purely opinion-based and lacking in credibility.
It is evidence in support of a fact or statement
offer evidence in support of the thesis statement
You obtain objective evidence to support it by undertaking experiments designed to test the veracity of the hypothesis.
Science is based around experimentation and then creating a theory to support the evidence found through your experiment. Therefore with out experiments you have no science.
There is no evidence to support this statement.
When working through an idea using the rules of the scientific method, you first must start out with a statement of what you hope to find or prove. It's the "What I want to find" to the Method & Methodologies' "How I am going to find it." Even if the data or evidence fail(s) to support it, you still need the statement of purpose. If the statement and results are not a good fit, then the statement (hypothesis) can be revised or thrown out.
When working through an idea using the rules of the scientific method, you first must start out with a statement of what you hope to find or prove. It's the "What I want to find" to the Method & Methodologies' "How I am going to find it." Even if the data or evidence fail(s) to support it, you still need the statement of purpose. If the statement and results are not a good fit, then the statement (hypothesis) can be revised or thrown out.
present evidence in support of the thesis statement.
That is called a premise. Premises are propositions used in arguments to support a conclusion.
Experiments are important in science because they allow researchers to test hypotheses and gather empirical evidence to support or refute their ideas. By conducting experiments, scientists can observe how variables interact and cause specific outcomes, leading to a deeper understanding of natural phenomena. This empirical evidence helps to build a body of knowledge that contributes to our understanding of the natural world and allows us to make informed decisions based on evidence rather than speculation.