Scientific Method

you can use it for helping you in a experiment

1. Observe 2. Form Hypothesis 3. Gather Data 4. Perform Experiement to test you hypothesis 5. Record Results Might wanna stick one.

sometimes you have to measure whats drying.

A hypothesis is a proposed explanation for an observable phenomenon. It can also be said as predicting.For example Horse and Carabao manure which is better. Your hypothesis might be "Carabao manure might be better" or Horse manure might be better". A hypothesis can only be said one if it uses the words might,maybe,probably,if,etc.

If you don't have control variables, your conclusion won't be accurate. Say you're studying cats and you give calico cats fancy feast, and Siamese cats science diet dry food. If the calico ones have a larger appetite, you can't tell if it's because cats prefer fancy feast, calicoes prefer fancy feast, or if calicoes just have larger appetites.

Observe, Question, Hypothesis, Predict, Test, Conclusion

Yes, because if you just draw conclusions before you make a hypothesis, it doesn't make sense, right? In order to get it right, you have to do the steps in ORDER. Otherwise, it'll be like cheating. You have to make sure it's done in the right order.

An observation is the changes you see in your experiment. An inference is like drawing a conclusion, I guess...

just admit you were wrong, and start over, because a hypothesis is what you think might happen

There is no 7th step only 5 scientific method steps they are; problem,hypothesis,experiment,data,conclusion. You always need to have a problem to focus on. The hypothesis is very important, a hypothesis is a educated guess to test if your theory OS correct. You need to conduct a experiment to see if your hypothesis is correct. You need to collect data to back up your hypothesis. And last but my least a conclusion to prove if your hypothesis is right or wrong

there are many different procedures , none are actually specific.

1) Answer the Problem Statement

2) Has to relate to your Hypothesis

3) Final Answer

If your hypthesis is not supported, you may need to think about it; it may then be revised and tested again

Experimentation. They thought it was too hard work, therefore beneath them.

I believe you are looking for the word "inferring".

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NO scientific intervention is not necessary..to dig out mysteries i think its the job of historians not scientist and secondly how can we believe them how can we believe that the given information is true or not scientist should rather balance our future than past we are going to face many problems in future and scientist should devote their time solving that rather than digging out mysteries let the historians do their job, they know better. and if we take it in an irrational way their might be some curse or something which we are not aware of in some historic things so its better to not intervene in nature .mysteries were meant to be buried if people in the past wanted to keep everything open they would not have buried mysteries . There is a reason behind everything.. so did the people (of past ) had that is why they buried it.

A hypothesis is an educated guess as what you think will happen in an experiment. A hypothesis is what you think may happen- so it may or may not be right. After dealing with the experiment, you must create a conclusion. In the conclusion, describe what actually happened and why or why not your hypothesis proved to be true or not.

scientific method become valuable internalized as a process to solve a problem

1.)identify a problem and ask a question

2.)make a hypothesis

3.)test the hypotesis

4.)collect data

5.)analyze the results

6.)draw conclusions

7.)make recommendations/solutions

The scientific method is a step-by-step procedure of scientific problem solving. It's steps are:

Recognize the problem

Observe and Infer

Form a hypothesis

do the experiment

analyze the data

Draw conclusions

COmmunicate

The function of the hypothesis is to give structure to the process of understanding how the world works.

1 identify the problem

2 make assumptions or hypothesis

3 gathering of data and information

4 data analysis

5 making a conclusion and recommendation