2. Solve for the value of n given that the total population is 1650 and the percentage of error is set at 4%. 3. Solve for the value of n given that the total population is 890 and the percentage of error is set at 6%. 4. Solve for the value of n given that the total population is 14250 and the percentage of error is set at 3%.

MATLAB: An Introduction with Applications
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Slovin's Formula (
-ТОГ
2. Solve for the value of n given that the total population is 1650 and the percentage of error
is set at 4%.
3. Solve for the value of n given that the total population is 890 and the percentage of error
is set at 6%.
4. Solve for the value of n given that the total population is 14250 and the percentage of
error is set at 3%.
5. Solve for the value of n given that the total population is 5800 and the percentage of error
is set at 10%.
6. Solve for the percentage of error given that the population is 13000 and the sample size is
2000.
7. Solve for the percentage of error given that the population is 6300 and the sample size is
1200.
8. Solve for the percentage of error given that the population is 21000 and the sample size is
500.
9. Solve for the percentage of error given that the population is 5500 and the sample size is
400.
10. Solve for the percentage of error given that the population is 970 and the sample size is
100.
Transcribed Image Text:Slovin's Formula ( -ТОГ 2. Solve for the value of n given that the total population is 1650 and the percentage of error is set at 4%. 3. Solve for the value of n given that the total population is 890 and the percentage of error is set at 6%. 4. Solve for the value of n given that the total population is 14250 and the percentage of error is set at 3%. 5. Solve for the value of n given that the total population is 5800 and the percentage of error is set at 10%. 6. Solve for the percentage of error given that the population is 13000 and the sample size is 2000. 7. Solve for the percentage of error given that the population is 6300 and the sample size is 1200. 8. Solve for the percentage of error given that the population is 21000 and the sample size is 500. 9. Solve for the percentage of error given that the population is 5500 and the sample size is 400. 10. Solve for the percentage of error given that the population is 970 and the sample size is 100.
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