JEE
Get insights from 15.6k questions on JEE, answered by students, alumni, and experts. You may also ask and answer any question you like about JEE
- 15.6k
Questions
- 4
Discussions
- 74
Active Users
- 1.4k
Followers
Have a question about JEE? Ask our experts
Keep it short & simple. Type complete word. Avoid abusive language.
Although both the CAT and the JEE Mains are a combination of assessments; they each use a different types of questions for each exam. The CAT exam asked questions about verbal ability, reading comprehension, data interpretation, logical reasoning, and quantitative reasoning. The questions tested rea
Which are the best books for JEE Mains and Advance preparation?
Is there any chance to get into NIT with a 230000 rank in JEE Mains as an EWS female candidate? My home state is UP.
What is the JEE cutoff for admission to CSE at KLE Dr. M. S. Sheshgiri College in 2025?
I got 60 percentiles in JEE Mains and 70% in CBSE board exam. Am I eligible for admission in BTech in CSE (AIML) at IILM University?
What are the chances of getting into IIIT Jabalpur with 75 percentile, a CRL rank of 369182 and a SC category rank of 23586 in JEE Mains?
How does a compound microscope work, and what is its magnifying power?
How does a compound microscope work, and what is its magnifying power?
The compound microscope comprises two convex lenses - the eyepiece (lower power) and the objective (high power, short focal length). The objective forms a magnified, inverted, and real image of a small object placed just beyond its focal point. Magnifying power is M = (L/f? ) * (D/f? ), where f? is
The formula says that for a thin lens, the focal length (f) to its refractive index (? ) and radii of curvature (R? , R? ). Let a thin lens with surfaces of radii R? (first surface) and R? (second surface). We can use the refraction formula to calculate the image formation by the first surface. Foll
What is the sign convention for mirrors and lenses in ray optics?
What is the sign convention for mirrors and lenses in ray optics?
For mirrors and lenses, the Cartesian sign convention is used. For lenses: For convex lenses, the focal length is positive and for concave lenses, it is negative. Distances to the right of the optical center are positive.
For mirrors: For concave mirrors, the focal length is positive and for convex,