PROJECT: THE SCIENTIFIC METHOD
You don't actually have to conduct the experiment, but you will have to explain the steps of how you would set it up and conduct it. Here is a summary of the steps of the scientific method that you must address:
Define the problem. Look around your house or outside. Is there anything that you're wondering about or have questions about? For instance, do you have any animals in the home? Maybe you have a hamster and wonder if it is more active in the day or at night. If you go outside, look at birds or insects. Maybe you wonder if ants have a food preference. Your question doesn't have to involve live organisms. Maybe you wonder what type of material best blocks out the Sun or if your sense of sight or smell affects how food tastes. Think of a question you want answered and state it in the first box below.
Research the problem. Get on the Internet or go to your local library and conduct some research on your topic. For example, what does the research say about the activity of a hamster or the food preference of ants? Or what does the research say about materials that are used to block out the sun. Or what are the effects of sight or smell on our taste buds? For whatever problem you proposed, find some information on it to help you make an educated guess or hypothesis.
Construct a hypothesis. Formulate your hypothesis based on your research. What do you think the answer to your question is? State your hypothesis in an "if-then" format. For example, your hypothesis could be "If my hamster is placed in the maze in the morning, then it will finish the maze quicker than at it would finish it at night." State your hypothesis statement in the second box below.
Design and conduct an experiment. Describe how you will set up your experiment and test your hypothesis in the third box below. You should state the materials that you will need and the measurements that you will make. Keep in mind the control group and experimental group, or any controlled or independent variables, if they apply.
Collect data. How will you set-up your data spreadsheet? What type of data will you record? Maybe you will record the amount of time the hamster takes to complete the maze in the morning versus at night. You may want to repeat the experiment to verify results. Include your data collection method in the third box below.
Draw conclusions. After reviewing your data, what are your results? Was your hypothesis correct or incorrect? If you did not actually conduct the experiment, describe the hypothetical results and the conclusion that can be drawn from those results. If your conclusion doesn't support your hypothesis, how would you change your hypothesis or experiment in the future? Discuss your conclusion in the fourth box below.
Answers: 2
Biology, 21.06.2019 19:30, khoadominh2206
Place the steps tor the formation of the enzyme pepsinogen in correct order
Answers: 1
Biology, 22.06.2019 15:30, Calebmf9195
(me out over the last several centuries, scientists have made the following broad observations while investigating several branches of the life sciences: -the fossil record shows that different types of organisms have existed at different times in earth's history. -many organisms have similar body structures that seem to be adapted to different ways of living in their environment. -organisms of different species often share similarities in stages of embryonic development. -many species share genetic similarities, and almost all organisms use the same basic building blocks to construct proteins. -often, the extent of two species' similarities can be predicted from their geographic closeness to each other. -a great deal of change has been observed among species that have experienced strong selective pressures through many generations. scientists have carefully considered and rigorously tested the observations listed above. when scientists offer a of these observations, they are making 1.) testable explanation, deductive explanation 2.) scientific interference, scientific law
Answers: 3
Biology, 22.06.2019 17:00, alannadiaz1
In cattle a single gene with two alleles determines fur color the fur can be red white or roan roan fur has both red and white hair which of the following statements is true a the allele for roan fur color is dominant over red and white fur color b the allele for red fur color is dominant over white and roan fur color c the roan and white alleles are expressed independently of the other d the red and white alleles are expressed independently of each other
Answers: 1
PROJECT: THE SCIENTIFIC METHOD
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