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Analysis Questions 1. If two equal vectors of 5 N are at 90° to each other, what will be the magnitude and direction of a third vector which gives a zero resultant? The components of reultant vector along horizontal axis 2. What is the minimum number of unequal vectors that can be added to get a zero resultant? Give a reason for your answer. 3. 2425: Using values from any one of the trials, express F1, F2, the resultant R and the equilibrant E in i, j, k notation. Convert the mass in grams to force in Newtons. F₁=100g. 1kg = 0.1kg - 9.8m/s2 = 0.98N F2 = R = E = 4. Write the sources of error and conclusions for this experiment.

          Analysis Questions
1. If two equal vectors of 5 N are at 90° to each other, what will be the magnitude and
direction of a third vector which gives a zero resultant?
The components of reultant vector along horizontal axis
2. What is the minimum number of unequal vectors that can be added to get a zero resultant?
Give a reason for your answer.
3. 2425: Using values from any one of the trials, express F1, F2, the resultant R and the
equilibrant E in i, j, k notation. Convert the mass in grams to force in Newtons.
F₁=100g. 1kg = 0.1kg - 9.8m/s2 = 0.98N
F2 =
R =
E =
4. Write the sources of error and conclusions for this experiment.

analysis questions 1 if two equal vectors of 5 n are at 90 to each other what will be the magnitude and direction of a third vector which gives a zero resultant the components of reultant ve 99282

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