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AFNS Academic Physics Vector and Equilibrium MCQs Test 7
Physics

AFNS Academic Physics Vector and Equilibrium MCQs Test 7

Practice AFNS 2026 Academic Test Physics MCQs from Vector and Equilibrium. Get instant results with Explanation.

Practice Quiz 7 for "Vector and Equilibrium" (Physics). Total 69 MCQs available, split into 7 quizzes. Start with the fundamentals and build a strong base. Mastering these concepts is essential for securing a high percentile in AFNS.

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AFNS

Conducting Body: Pak Army
Frequency: Annual | Time: 120 Minutes
Negative Marking: No

⚡ Test Pattern (Total: 100 MCQs):

Merit Formula: Typically, the aggregate is calculated as: (AFNS × 50%) + (FSc × 40%) + (Matric × 10%). However, it may have changes for merit calculation formula and admission criteria. Please confirm the official criteria from the offical website.

1. A ladder leaning against a wall is in equilibrium. The forces acting are its weight, normal from wall, normal from ground, and friction from ground. The torque condition ensures:
2. For a body to be in equilibrium under three non-parallel forces, they must be concurrent (their lines of action meet at a point). This is the:
3. The vector sum of the three forces in the previous question must be zero. This is the condition for:
4. A force of 5 N east and a force of 12 N north act on a particle. The magnitude of the resultant is:
5. The direction of the resultant in the above question (relative to east) is:
6. The scalar projection of vector A on vector B is given by:
7. The vector projection of A on B is:
8. The magnitude of the cross product of two vectors is equal to the area of the parallelogram formed by them. The area of the parallelogram is:
9. The direction of the resultant of two vectors lies between them. For two vectors of magnitudes 3 and 4 at 90°, the resultant magnitude is 5. The angle it makes with the 3-unit vector is:
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