Part 2: Design your own plan for a scientific experiment. You do not have to conduct your experiment.
Choose a topic that you are interested in, and come up with a testable question. Write a procedure so that
you could perform an experiment if you wanted to, or someone else could read it and follow the steps.
Include all the steps of the scientific method. Since you will not be able to record data or draw a conclusion,
for the last two steps please include a description of what each step involves.
Your finished product should include the following:
Experiment Topic:
Experiment Purpose:
Hypothesis:
Identify the independent, dependent, and controlled variables:
These are the materials someone would need if they were going to do this experiment:
Procedures (these are the step by step instructions someone would follow in order to do this
experiment):
This is how the experiment uses the scientific method (include all of the steps in the proper sequence):
Conclusion questions:
.
What measurements or other method of data collection would you use?
How could you form a statement about your hypothesis based on the data?
NEED THIS ASAP PLEASE thanks

When fat comes in contact with sodium hydroxide, it produces soap and glycerin. determine whether this is a physical change or a chemical change. explain your answer

What is magnetic flux? explain faraday's law of induction.

An internally reversible refrigerator has a modified coefficient of performance accounting for realistic heat transfer processes of where qin is the refrigerator cooling rate, qout is the heat rejection rate, and is the power input. show that copm can be expressed in terms of the reservoir temperatures tc and th, the cold and hot thermal resistances rt, c and rt, h, and qin, as where rtot rt, c rt, h. also, show that the power input may be expressed as 1.39 a household refrigerator operates with cold- and hot-temperature reservoirs of tc 5 c and th 25 c, respectively. when new, the cold and hot side resistances are rc, n 0.05 k/w and rh, n 0.04 k/w, respectively. over time, dust accumulates on the refrigerator’s condenser coil, which is located behind the refrigerator, increasing the hot side resistance to rh, d 0.1 k/w. it is desired to have a refrigerator cooling rate of qin 750 w. using the results of problem 1.38, determine the modified coefficient of performance and the required power input w under (a) clean and (b) dusty coil conditions. internally reversible refrigerator qout qin w high-temperature reservoir low-temperature reservoir th th, i tc, i tc high-temperature side resistance low-temperature side resistance w qin th tc qinrtot tc qinrtot copm tc qinrtot th tc