Consider the following when writing your report:

a) start by making a rough plan for how you will solve the problem. in particular, divide the big problem into two or more smaller problems that each involves one basic physics idea. write a brief outline of your procedure including a labeled sketch. identify which physics ideas you need for each part.
b) in the outline of your procedure, identify the physical quantities you will measure, and describe how you will measure each quantity.
c) construct free body diagrams, and energy and/or momentum bar charts wherever appropriate.
d) devise the mathematical procedure you will need to solve the problem.
e) list the assumptions about objects, interactions and processes you are making in the procedure. discuss how the assumptions could affect your result.

a) Start by making a rough plan for how you will solve the problem. In particular, divide the big problem into two or more smaller problems that each involves one basic physics idea. Write a brief outline of your procedure including a labeled sketch. Identify which physics ideas you need for each part.

Explanation:

before you start writing a report

1. you need to have a rough plan in a jotter or separate sheet which is the idea of the problem

2. th rough plan will include noting the problem to be solve, and the steps to solve the problem

writing the report

3. start by outlining the step by step procedure to be use to solve the problem.

4. draw a sketch or free body diagram explaining the problem and the parameter given

5. buttress your explanation by backing it up with a theorem or theory and the formula to be use

6. start solving the procedure with detailed explanation.

option A captured all the detailed in writing a report which is outlined above

the current is 0.6

voltage ÷ resistance = current

so 12 ÷ 20 = 0.6