JIPMER 2019 Physics Question Paper with Answer Key PDF (June 2

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JIPMER 2019 Physics Question paper with answer key pdf conducted on June 2, 2019 in Evening 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 ,Evening Shift

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JIPMER Questions

1.
When a light ray enters from oil to glass on oil glass interface. Velocity of light changes by a factor of: $\left(\mu_{oil}=2,\,\mu_{glass}=\frac{3}{2}\right)$

$\frac{4}{3}$
$\frac{1}{2}$
3
1

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2.
$2,4-DNP $ test can be used to identify :

Amine
Aldehyde
Ether
Halogens

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3.
Binomial nomenclature was first introduced by

Carolus linnaeus
Ernst Haeckel
Gaspard Bauhin
John Ray.

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4.
The radius of a calcium ion is 94 pm and of the oxide ion is 146 pm. The possible crystal structure of calcium oxide will be

tetrahedral
trigonal
octahedral
pyramidal

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5.
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

View Solution

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 :

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JIPMER 2019 Physics Question Paper with Answer Key PDF in English ,Evening Shift

JIPMER Previous Year Question Paper with Answer Key PDFs

Other UG Entrance Exams

JIPMER Questions

1.
When a light ray enters from oil to glass on oil glass interface. Velocity of light changes by a factor of: \(\left(\mu_{oil}=2,\,\mu_{glass}=\frac{3}{2}\right)\)

2.
$2,4-DNP $ test can be used to identify :

3.
Binomial nomenclature was first introduced by

4.
The radius of a calcium ion is 94 pm and of the oxide ion is 146 pm. The possible crystal structure of calcium oxide will be

5.
Arrange the following in decreasing order of wavelength.

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 :

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JIPMER 2019 Physics Question Paper with Answer Key PDF in English ,Evening Shift

JIPMER Previous Year Question Paper with Answer Key PDFs

Other UG Entrance Exams

JIPMER Questions

1. When a light ray enters from oil to glass on oil glass interface. Velocity of light changes by a factor of: \(\left(\mu_{oil}=2,\,\mu_{glass}=\frac{3}{2}\right)\)

2. $2,4-DNP $ test can be used to identify :

3. Binomial nomenclature was first introduced by

4. The radius of a calcium ion is 94 pm and of the oxide ion is 146 pm. The possible crystal structure of calcium oxide will be

5. Arrange the following in decreasing order of wavelength.

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 :

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JIPMER MD MS DM MCh MDS First Year Orientation from March 4...

JIPMER to Begin Internships for Final Year MBBS Students from February 01...

JIPMER 2016 General English Question Paper with Answer Key PDF...

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Comments

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1.
When a light ray enters from oil to glass on oil glass interface. Velocity of light changes by a factor of: \(\left(\mu_{oil}=2,\,\mu_{glass}=\frac{3}{2}\right)\)

2.
$2,4-DNP $ test can be used to identify :

3.
Binomial nomenclature was first introduced by

4.
The radius of a calcium ion is 94 pm and of the oxide ion is 146 pm. The possible crystal structure of calcium oxide will be

5.
Arrange the following in decreasing order of wavelength.

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 :