Research Papers

the answer is well erm... i think its 5 but that's a random guess

Answer:

Make sure the question is phrased in a way that doesn't imply uncertainty of the answer. Don't have a question act as a motif since it is not your thesis; rather, it will likely precede the thesis since it's presented in the intro.

The previous answer seemed enthusiastic which is great, but it's important to recognise that questions in essays can make the essay in question seem informal which can often lead to a negative influence on the mark. But of course it all depends on whoever is marking the essay. Some teachers prefer content over structure, and some prefer formality over effectiveness.

It certainly is OK to begin your essay - or your paragraph, or your introduction, or your conclusion! - with a question. Indeed, it is often preferred that an essay begins with a question. Your opening question tells your reader exactly what your essay is about.

Your next step might be to mention briefly, in one paragraph, the issues involved in your question. After that, go on to talk about each issue in a separate paragraph, examining each issue from as many perspectives as possible.

End your essay by answering your question, and give reasons to support your answer.

You will probably begin your essay knowing what the answer to your question will be. One technique used by many in writing an essay is to write the question and answer first, and then the paragraph outlining the issues. After that, the rest of your essay will fall into place much easier.

Well, for all uninstalls you must check application uninstall guide first but for the most part following procedure should work

1. Start
2. Settings
3. Control Panel
4. Add remove programs
5. select your app, which you need to uninstall
6. double click/ click uninstall button.
7. done.

Then you can also go to the Windows registry and remove the program from there as well. However, do not touch the registry if you are new to computer it will screw-up your other applications.

Try this site:

* http://whatsitworthtoyou.com/

The 5 Step Method:

1. define the problem
2. create a prediction that provides explanation
3. create a scientific procedure to test the ideas
4. observation of results in the procedure
5. form a conclusion based on all of the other steps.

The 7 Step Mehod:

1. Ask and define the question.
2. Gather information and resources through observation.
3. Form a hypothesis.
4. Perform one or more experiments and collect and sort data.
5. Analyze the data.
6. Interpret the data and make conclusions that point to a hypothesis.
7. Formulate a "final" or "finished" hypothesis.

With the investigation concluded, the published results will be verified by other investigators, and the "tested" knowledge integrated into a larger whole of scientific information.

More Information:

It is important to note that there is no one single scientific method. Every experiment is different and may or may not follow the exact steps; science is less structured than most realize. However, there are key elements of the experimental process that we can identify.

In experiments (and in everyday life), scientists (and non-scientists) use hypothetico-deductive reasoning, or "If...then logic" to identify and test problems and solutions.

The start of every experiment does not start with "asking a question." It actually starts just before that. If you think about it, you cannot ask a question without identifying a problem that you observe. You do not ask "how does an owl hunt at night?" without first observing that an owl successfully captures mice as a food source at night. So this is where we start -- observation.

Now we go to our question. You have just observed a natural phenomenon, and now comes the time to question why this is.

As is our nature, we set out to answer this question. But first we need a tentative solution to our problem/question in order to test this theory. This is called a hypothesis; an educated guess. It is important that this hypothesis be able to test in an experiment. In other words, your hypothesis cannot be "because ghosts are playing tricks", because this is untestable and outside the realm of science.

So we have our tentative answer to our problem/question, and now we need to test this hypothesis. But usually we don't rush head-on into a task without knowing what our result should be. Therefore, we make a prediction, which will explain our results.

We have our hypothesis that we're going to test, and we have our predicted result should the hypothesis be true. Finally, we get to test and perform the experiment.

If this test supports the hypothesis, then additional predictions may be made and another test is performed. If the test does not support the hypothesis, then revision of the hypothesis is needed and a retest is performed.

Question: What's wrong with my flashlight?

Hypothesis: The flashlight's batteries are dead.

Prediction: If this hypothesis is correct

Experiment: and I replace the batteries with new ones,

Predicted Result: then the flashlight should work.
Step 1. Problem/Question

Step 2. Hypothesis

Step 3. Method/Experiment

Step 4. Conclusion