Professional Examination Board PAHUNT Entrance Test Sample Question Paper : peb.mp.gov.in
Organisation : Professional Examination Board
Exam : Entrance Test
Paper: Pre Ayurved, Homeopathy, Unani, Naturopathy & Yoga Test (PAHUNT)
Document Type : Sample Question Paper
Year : 2014
Website : https://esb.mp.gov.in/
Download Model/Sample Question Paper : https://www.pdfquestion.in/uploads/8777-PAHUNT.pdf
Pre Ayurved, Homeopathy, Unani, Naturopathy & Yoga Test Sample Question Paper :
Instructions To Candidates :
I. (a) Candidates are allowed 10 minutes to fill up the basic information about themselves in the OMR answer sheet such as Name, Roll No., etc.
(b) After this, question booklet will be given to the candidates they are required to do the following –
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(i) Examine the booklet and to see that all paper seals at the edge of the booklet are intact Do not accept the question booklet if sticker seals are not intact.
(ii) Tally the number of pages along with no. of questions printed on cover of the booklet. In case of any discrepancy please get the booklet changed. This should be done within 5 minutes of receiving the question booklet, after which neither the question booklet will be replaced nor will extra time be given.
(iii) Check that question booklet contains the questions of all relevant subjects/topics as required and stated in the and no repetition or omition of questions is evident.
(iv) After examining the question booklet please enter the Serial No. of the question booklet at the appropriate place in the answer sheet and the. corresponding circles be date end with Blal1kball-paint pen.
(c) Candidates are not permitted to mark answers in the Answer Sheet these 15 minutes. Three Hours more will be given for marking all the answers.
Physics :
1. According to Biot – Savart law the magnetic field dB produced by a current element ill at a distance, r’ assuming that current i flows through the element, is .
2. In the following nuclear reaction the missing member is n- p +e – +?
3. The gravitational force on a body of mass m at a distance r from the center of the Earth for r <R , where R is the radius of Earth, is proportional to
4. The focal length of a glass lens refractive index = 1.5) is 20 em in air. What will be its focal length in a liquid of refractive index 5/4
5. As shown in the fig, a circular metallic magnitude (in tesla) depends on time (in second) as B=2t3 +3t2 +14t+l0. B=2t3 +3t2 +14t+l0 An ideal battery of emfv is connected between points a and bofthe wire such v that at t = 2s the net current is zero. The magnitude and direction of emfv t = 2.
6. An object is placed in front of a concave lens between the optical centre and the focus. The image is
(A) Real, diminished
(B) Real, enlarged
(C) Virtual, diminished
(D) Virtual, enlarged
7. The minority current in a p-junction
(A) concentration of p-type impurity
(B) concentration of n-type impurity
(C) size of the depletion zone
(D) temperature of the junction
8. In the wheat stone bridge circuit shown in the figure a 2.50 resistance is connected between the points A and B. The magnitude and the direction of the current through the 2.50 resistance IS
9. A one meter long wire AB of uniform cross-section is connected to an ideal battery of potential V volt and zero internal resistance as shown in the figure. If the potential at point e, 20 em from the end A is 1.2V; the value of voltage V and the potential gradient on the wire AB are respectively
10. Within the limits of Hooke’s law, which of the following relation is true
(A) stress = modulus of elasticity x strain
(B) strain = modulus of elasticity x stress
(e) modulus of elasticity = stress x strain
(D) modulus of elasticity = 1 stress x strain
11. The product of the total mass of a system of the velocity of the center of mass is.
(A) angular momentum of the system
(B) the linear momentum of the system
(C) the total energy of the system
(D) the potential energy of the system
12. The total energy of an isolated system
(A) can not change
(B) can only increase
(C) can only decrease
(D) may increase or decrease depending the nature of the system
13. The distance – time graph for uniformly accelerated motion is
(A) hyperbola
(B) parabola
(C) circle
(D) straight line
14. A particle of mass misplaced at the highest point of a frictional hemispherical surface. If the particle is allowed to slide down, the angular. displacement from the vertical at which it will leave the surface will be –
15. A nucleus zXA under goes beta negative (~-) decay. Which of the following does not change in the decay?
(A) Z
(B) X
(C) A
(D) (A-Z)