UET BSc. Maths Previous Year Question Paper BHU Entrance BSc Mathematics Question Papers Solution
UET BSc. Maths Previous Year Question Paper Answers BHU (Banaras Hindu University), Varanasi, Entrance Question Paper Solution Undergraduate Entrance Test (UET ) BSc. Maths Previous Year Question Paper with answer or solution even you can have UET BSc. Maths sample Paper 2014 for your exam preparation. We always try to put UET BSc. Maths last 10 years question papers with solution free download, if you unable to find BHU UET BSc. Maths Previous years question papers with then you can request us, UET BSc. Maths Answer Keys 2014 Question Paper solution will also available soon.
UET BSc. Maths Previous Year Question Paper BHU Entrance
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The Undergraduate Entrance Test (UET BSc. Maths) is an on-going National Program of Fellowships in Basic Sciences, initiated and funded by the Department of Science and Technology, Government of India,
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Attempt as many questions as you can. Each question carries 3 (Three) marks. One mark will be deducted for each incorrect answer. Zero mark will be awarded for each unattempted question.
1000 small droplets of water, each of radius r and having charge q rm a large spherical drop. The electrical potential of large drop at its surface is higher than the potential of the surface of small drops by:
(1) 1000 times (2) 100 times (3) 10 times (4) 2 times
A capacitor of 20 LF and charged to 500 Volt is connected in parallel with another capacitor of 10 ~lF charged to 200 Volt. Find lhe common potential:
(1) 200 Volt (2) 300 Volt (3) 400 Volt (4) 500 Volt
An electric bulb rated for 500 Watts at 100 Volt is used in a circuit having 200 Volt supply. The resistance R is put in series with the
bulb so that the bulb delivers 500 Watt energy. Find the value of the resistance R :
(I) 50 ohm (2) 40 ohm (3) 30 ohm (4) 20 ohm
The impurity atoms with which pure Silicon should be doped to make a P type semiconductor is :
(1) Phosphorus (2) Aluminium
(3) Sodium (4) Antimony
Which of the following statements about the nuclear reactor is true:
(1) moderator is used to control the number of neutrons.
(2) moderator is used to slow down the neutrons.
(3) controller rods are used to slow down the neutrons.
(4) coolant is used to control the number of neutrons.
The radioactive decay rate of a radioactive element is found to be 103 disintegration per second at a certain time. If the half life of the element is 1 second then the decay rate after 3 second is :
(1) 125 disintegration/ sec
(3) 500 disintegration/sec
(2) 250 disintegration! sec
(4) 750 disintegration/sec
If the potential difference applied to an X- ray tube is increased then in the emitted X- rays:
(1) The intensity increases
(2) The intensity decreases
(3) the minimum wavelength increases
(4) the minimum wavelenght decreases