conclusion
1. Work out the average bounce height and put the results in your table. Draw a graph of the 'drop height' against the 'bounce height'. Make sure you choose suitable scales, labels, axes and complete the graph with a suitable line.2. Describe a pattern in your results. Use the data to help you describe this pattern.3. Make an evaluation of your data. Use the following questions to help you.How good is your data?How reliable is it?Are there any unexpected results?How could you get better results?4. Write a conclusion about your data. Explain your conclusion. Use ideas about energy changes.5. A squash ball gets very hot during a game because it bounces many times. Plan how you could test the effects of the temperature in the laboratory. What more does this tell you about what happens when balls bounce?
Physicists use various tools such as particle accelerators, telescopes, spectrometers, lasers, and computer simulations to conduct experiments, gather data, and analyze results. These tools help physicists study the behavior of matter and energy in different conditions and environments.
"How does the use of [specific energy resource] impact air quality in a particular region?" This question can be tested through monitoring air quality measurements before and after the introduction of the energy resource, and comparing the data to draw conclusions about its environmental effects.
A physicist answers a scientific question by formulating hypotheses, conducting experiments or observations to test these hypotheses, analyzing the data collected, and drawing conclusions based on the results. They may also use mathematical models and theories to explain the phenomena observed.
Scientists use tools such as graduated cylinders to measure and accurately dispense liquids, while stopwatches help in measuring time intervals precisely. These tools are essential for conducting experiments, collecting data, and ensuring the accuracy and reproducibility of results in scientific research.
After analyzing the results of experiments, scientists typically draw conclusions, publish their findings in scientific journals, present their results at conferences, and use the information to inform future research or practical applications.
Make stuff for experiments, do experiments and analyse the results of experiments.
People conduct scientific investigations by formulating a hypothesis and observing the results. They then draw conclusions from those results and then share those conclusions with the larger scientific community.
To induce different results.
conclusion
Scientists use controlled experiments because the results are consistent and can be replicated. The control of an experiment is the value that you are controlling the dependent variable to.
Scientists use controlled experiments because the results are consistent and can be replicated. The control of an experiment is the value that you are controlling the dependent variable to.
To ensure results are of optimal percent error, scientists must manipulate only one variable. Therefore, they use controlled experiments.
To prove the validity of a hypothesis, you can conduct experiments, collect data, analyze results, and draw conclusions based on evidence. It is important to use reliable methods and ensure that your findings are reproducible by others in the scientific community.
control
They describe their experiments and the results obtained in research articles (also known as papers) and have them published in journals.
The Better Business Bureau has a website you can use. They will open an investigation with the company and help you get results as well as post the results.