150 g of ice is mixed with 100 g of water at temperature 80 oC The latent heat of ice

KVPY Question Papers:

KVPY Select Another Category Select Another Topic

Government Jobs Exams

KVPY Question Topics

Category (1)

General Ability (1)

General Knowledge(1)

Logical Reasoning (3)

Verbal Ability (1)

Synonyms(1)

Advertisements

Previous Question: A firecracker is thrown with velocity of 30 ms1 in a direction which makes an angle of 75 degree with the vertical axis. At some point on its trajectory, the firecracker splits into two identical pieces in such a way that one piece fall 27 m far from the shooting point. Assuming that all trajectories are contained in the same plane, how far will the other piece fall from the shooting point ? (Take g = 10 ms2 and neglect air resistance) option (A) 63 m or 144 m (B) 72 m or 9 m (C) 28 m or 72 m (D) 63 m or 117 m Next Question: Upon mixing equal volumes of aqueous solutions of 0.1 M HCl and 0.2 M H2SO4, the concentration of H+ in the resulting solution is option (A) 0.30 mol/L (B) 0.25 mol/L (C) 0.15 mol/L (D) 0.10 mol/L

(#M40027058) KVPY question Mental Ability Keep an EYE

150 g of ice is mixed with 100 g of water at temperature 80 oC. The latent heat of ice is 80 cal/g and the specific heat of water is 1 cal/gC. Assuming no heat loss to the environment, the amount of ice which does not melt is
option
(A) 100 g
(B) 0 g
(C) 150 g
(D) 50 g: Asked In KVPY MAN (11 years ago); Unsolved; Is this Puzzle helpful? (1) (0) Submit Your Solution

Dimple

India

Punjab

Time: 00:01:33

Points

Maths Quotes

The wonder is not that mathematics describes the world so well but that it describes it at all.

Unknown

Mathematics is a game played according to certain simple rules with meaningless marks on paper.

David Hilbert

Placed User Comments

M4Math helped me a lot.

Vipul Chavan 4 years ago

Thanks m4 maths for helping to get placed in several companies.
I must recommend this website for placement preparations.

yash mittal 5 years ago

Latest KVPY Aptitude Question SOLUTION: 150 g of ice is mixed with 100 g of water at temperature 80 oC. The latent heat of ice is 80 cal/g and the specific heat of water is 1 cal/gC. Assuming no heat loss to the environm