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JIPMER 2019 Physics Question paper with answer key pdf conducted on June 2, 2019 in Morning Shift is available for download. The exam was successfully organized by Jawaharlal Institute of Postgraduate Medical Education and Research (JIPMER). The question paper comprised a total of 60.0 questions.
JIPMER 2019 Physics Question Paper with Answer Key PDF in English ,Morning Shift
| JIPMER 2019 Physics Question Paper PDF | JIPMER 2019 Physics Answer Key PDF |
|---|---|
| Download PDF | Download PDF |
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JIPMER Questions
1. How many moles of acidified $K_2Cr_2O_7$ is required to liberate $6$ moles of $I_2$ from an aqueous solution of $I^-$ ?
How many moles of acidified $K_2Cr_2O_7$ is required to liberate $6$ moles of $I_2$ from an aqueous solution of $I^-$ ?
- 2
- 1
- 0.25
- 0.5
3. Arrange the following in decreasing order of wavelength.
Arrange the following in decreasing order of wavelength.
- Infrared > UV rays > X-rays
- Infrared > X-rays > UV rays
- UV rays > X-rays > Infrared
- X-rays > Infrared > UV rays
4. A bacterial flagellum is composed of
A bacterial flagellum is composed of
- Filament, hook and basal body
- Vesicles, tubules and lamellae
- Pili, Fimbriae and filament
- Hook, tubules and Fimbriae
5. If a ball of mass 0.1 kg hits the ground from the height of 20m and bounce back to the same height then find out the force exerted on the ball if the time of impact is 0.04 sec.
(g = 10 m/s)
If a ball of mass 0.1 kg hits the ground from the height of 20m and bounce back to the same height then find out the force exerted on the ball if the time of impact is 0.04 sec.
(g = 10 m/s)
- -100N
- -10N
- -1N
- None of these
6. A convex lens $'A'$ of focal length $20\, cm$ and a concave lens $'B'$ of focal length $5\, cm$ are kept along the same axis with a distance $'d'$ between them. If a parallel beam of light falling on $'A'$ leaves $'B'$ as a parallel beam, then the distance $'d'$ in cm will be :
A convex lens $'A'$ of focal length $20\, cm$ and a concave lens $'B'$ of focal length $5\, cm$ are kept along the same axis with a distance $'d'$ between them. If a parallel beam of light falling on $'A'$ leaves $'B'$ as a parallel beam, then the distance $'d'$ in cm will be :
- 25
- 15
- 50
- 30
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