Answer:
Answer:
Stabilizer with area = 14 cm².
Step-by-step explanation:
Area of the wing = 101.25 cm²
Rule of the thumb is that area of stabilizer must be about 1/6 to 1/8 of the area of wing. So, first we calculate 1/6 of the area of the wing and 1/8 of the area of the wing. Area of stabilizer must be in between these two numbers.
1/6 of the area of wing = \frac{1}{6} \times 101.25 = 16.87561×101.25=16.875
1/8 of the area of wing = \frac{1}{8} \times 101.25 = 12.65681×101.25=12.656
This means, the area of horizontal stabilizer must be in between 12.656 cm² and 16.875 cm². From the given options only one option lies in between these two numbers and that is 14 cm²
Therefore, area of a good stabilizer design from the given options would be 14 cm²
The options to be considered when determining the scope of an experiment are;
C: What results to report
D: The factor that will vary
<h3>Experiment</h3>
An experiment is simply defined as a scientific procedure that is done in order to make a discovery, test a hypothesis, or prove a known fact.
Now, when conducting an experiment, we must know exactly what we are testing for and this will in turn influence the result we will be reporting for.
Secondly, we must know that there is a possibility that the results may differ under different factors.
In conclusion, options C and D are correct.
The options missing are;
A. which data you will collect and plot.
B. the outcome you will investigate.
C. what results to report.
D. the factor that will vary.
Read more about Experiments at; brainly.com/question/15402972
Did you mean salinity? if so i think differences in the density of water can also cause currents to form and move. Density is affected by temperature and salinity. Cold water or water with dissolved salts (higher salinity) is denser than warm water or water without dissolved salts (low or no salinity).
