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JEECUP
List of top Questions asked in JEECUP
Which of the following order of ionic radii is correctly represented?
JEECUP - 2024
JEECUP
Chemistry
Trends in periodic table
An example of thermosetting plastic is:
JEECUP - 2024
JEECUP
Chemistry
Polymers
Hydrocarbon used for welding purposes is:
JEECUP - 2024
JEECUP
Chemistry
Hydrocarbons
Which of the following types of drugs reduces fever?
JEECUP - 2024
JEECUP
Chemistry
Drugs
In the following reaction: \[ SO_2 + 2H_2S \rightarrow 3S + 2H_2O \] Which of the following statements is correct?
JEECUP - 2024
JEECUP
Chemistry
Redox reactions
Equivalent weight of a dibasic acid is 12. Its molecular weight is:
JEECUP - 2024
JEECUP
Chemistry
Acids and Bases
Essential constituent of an amalgam is:
JEECUP - 2024
JEECUP
Chemistry
Amalgams
The IUPAC name of
JEECUP - 2024
JEECUP
Chemistry
Nomenclature Of Organic Compounds
The common name of 2-Butanone is:
JEECUP - 2024
JEECUP
Chemistry
Organic Chemistry
The number of molecules present in 2.8 g of nitrogen is:
JEECUP - 2024
JEECUP
Chemistry
Radioactive Decay
The half-life period of a radioactive element is 150 days. After 600 days, 1 gm of the element will be reduced to:
JEECUP - 2024
JEECUP
Chemistry
Radioactive Decay
Which among the following pairs are not having the same number of total electrons?
JEECUP - 2024
JEECUP
Chemistry
Atomic Structure
Electronic configuration of copper can be represented as:
JEECUP - 2024
JEECUP
Chemistry
Electronic Configuration
A wooden block of mass 6 kg is pulled across a rough surface by a 54 N force against a friction force \( F \). The acceleration of the block is \( 6 \, \text{m/s}^2 \). Then the value of friction force \( F \) is:
JEECUP - 2024
JEECUP
Physics
Buoyancy and Floatation
A body weighs 75 gm in air, 51 gm when completely immersed in an unknown liquid and 67 gm when completely immersed in water. Find the density of the unknown liquid:
JEECUP - 2024
JEECUP
Physics
Buoyancy and Floatation
An object is placed in front of a convex lens of focal length 12 cm. If the size of the real image formed is half the size of the object, then the distance of the object from the lens is:
JEECUP - 2024
JEECUP
Physics
spherical lenses
An object of 4.0 cm in size is placed at 25 cm in front of a concave mirror of focal length 15 cm. At what distance from the mirror should a screen be placed in order to obtain a sharp image?
JEECUP - 2024
JEECUP
Physics
Mirrors and Images
100 joules of heat is produced each second in a 4 ohm resistance. Potential difference across the resistor is:
JEECUP - 2024
JEECUP
Physics
Ohm's Law
The gravitational force between two masses kept at a certain distance is \( P \) Newton. The same two masses are now kept in water and the distance between them is the same. The gravitational force between these two masses in water is \( Q \) Newton. Then:
JEECUP - 2024
JEECUP
Physics
Gravitational Force
\( V_V, V_R, V_G \) are the velocities of violet, red, and green light respectively, in a glass prism. Which among the following is a correct relation?
JEECUP - 2024
JEECUP
Physics
Heat
Heat (in calorie) required to increase the temperature from \( 10^\circ C \) to \( 20^\circ C \) of 6 kg copper is the same as the heat (in calorie) required to increase the temperature from \( 20^\circ C \) to \( 100^\circ C \) of 3 kg lead. If the specific heat of copper is 0.09, then the specific heat of lead will be:
JEECUP - 2024
JEECUP
Physics
Heat
A charge of 10 coulomb is brought from infinity to a point \( P \) near a charged body and in this process 200 joules of work is done. Electric potential at point \( P \) is:
JEECUP - 2024
JEECUP
Physics
Electric Potential And Potential Difference
In a simple pendulum experiment, a student calculates the value of \( g = 9.92 \, \text{m/s}^2 \), but the standard value of \( g \) is \( 9.80 \, \text{m/s}^2 \). Then the percentage error in the calculation of \( g \) is:
JEECUP - 2024
JEECUP
Physics
Percentage Error
A sound wave has a frequency of 500 Hz and wavelength 80 cm. How long will it take to travel 1 km?
JEECUP - 2024
JEECUP
Physics
Traveling Sound Waves
A stone is gently dropped from a height of 20 m. If its velocity increases uniformly at the rate of \( 10 \, \text{m/s}^2 \), with what velocity and after what time will it strike the ground?
JEECUP - 2024
JEECUP
Physics
Equations of Motion
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