AFMC Model Test Paper

Hi I am interested in having the Model question paper for the AFMC entrance examination required for reference purpose?

The Model question paper for the AFMC entrance examination required for reference purpose is as follows:

SET 1 :- ( PHYSICS & CHEMISTRY)

1. If the velocity of light C, the universal gravitational constant G and Planck’s constant h be chosen as fundamental quantities then the dimensions of mass is this system

a. hCG

b. hCG–1

c. h–1C–1G

d. h1/2C1/2G–1/2

2. The force F acting on a particle in terms of time t and distance x is given by

F = (AcosBx) (CsinDt)

The dimensions of (AC) and (BD) respectively are

a. MLT–2, M0L–1T1

b. MLT–2, ML–1T–1

c. ML2T–2, M0L–1T–2

d. MLT–2, M0L–1T–1

3. The density of a material in the CGS system is 8 g/cm3. In a system in which the unit of length is 5 cm and the unit of mass is 20 g, the density is

a. 16 units

b. 25 units

c. 32 units

d. 50 units

4. Two forces P and Q acting at a point are such that if P is reversed, the direction of the resultant is turned through 90°. Then

a. P = Q

b. P = 2Q

c. P = Q/2

d. Non relation between P & Q

5. Of the following which one has dimensions different from the remaining three

a. Energy per unit volume

b. Force per unit area

c. Stress × strain

d. Force × area

6. How many moles of HCl will be present in 100 mL of a solution of specific gravity 1.08, containing 20% HCl by mass ?

a. 0.50

b. 0.60

c. 0.80

d. 0.12

7. The solubility of K2SO4 in water is 16g at 50°C. The minimum amount of water required to dissolve 4g K2SO4 is:

a. 10g

b. 25g

c. 50g

d. 75g

8. 1.0 g of pure calcium carbonate was found to require 50 mL of dilute HCl for complete reactions. The strength of the HCl solution is given by:

a. 4 N

b. 2 N

c. 0.4 N

d. 0.2 N

9. In Haber process, 30 L of dihydrogen and 30L of dinitrogen were taken for reaction which yielded only 50% of the expected product. What will be the composition of the gaseous mixture under the aforesaid conditions in the end?

a. 20 L NH3, 25 L N2 and 20 L H2

b. 10 L NH3, 25 L N2 and 15 L H2

c. 20 L NH3, 10 L N2 and 30 L H2

d. 20 L NH3, 25 L N2 and 15 L H2

10. For the reaction A + 2B ->C, 5 moles of A and 8 moles of B will produce

a. 5 moles of C

b. 4 moles of C

c. 8 moles of C (4) 13 moles of C

d. The number of gram atoms of oxygen in 0.16 mol

11. A room has dimension 5m × 3m × 4m. A mosquito files from one corner of the room to its diagonally opposite corner, then magnitude of displacement of mosquito is

a. 5 m

b. 5 2 m

c. 4 m

d. 3 m

12. If the resultant of the two vectors having magnitude of 7 and 4 is 11, the dot product of the two vectors could be

a. 28

b. 3

c. Zero

d. 7/4

13. A force vector F = 2ˆI + 3ˆj N acts at a point P (4m, 2m) in xy plane then magnitude moment of force about origin of co-odinate system is

a. 14 Nm

b. 8 Nm

c. 12 Nm

d. Zero

14. Maximum and minimum magnitudes of the resultant of two vectors of magnitudes P and Q are in the ratio 3 : 1. Which of the following relations is true

a. P = 2Q

b. P = Q

c. PQ = 1

d. None of these

15. Which pair of the following forces will never give resultant force of 2N

a. 2 N and 2 N

b. 1 N and 1 N

c. 1 N and 3 N

d. 1 N and 4 N

16. The equivalent weight of KIO3 in the reaction,

2Cr(OH)3 + (OH)– + KIO3 à 2CrO42– + 5H2O + KI is :

a. Molecular weight

b. (Molecularweight)/3

c. (Molecularweight)/6

d. (Molecularweight)/2

17. 1g of a metal required 50 mL of 0.5 N HCl to dissolve it.The equivalent mass of the metal is :

a. 25

b. 50

c. 20

d. 40

18. When KMnO4 is reduced with oxalic acid in acidic medium, the oxidation number of Mn changes from :

a. 7 to 4

b. 6 to 4

c. 7 to 2

d. 4 to 2

19. In nitric oxide (NO), the oxidation state of nitrogen is:

a. –2

b. +1

c. –1

d. +2

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Answered By StudyChaCha Member