If you score 81%ile in the jee mains and you belong to the sc category, then your rank will be around 21k to 22k in the sc category, so with this rank, there is no chance to get any good nits or iiits with your desired branch, so you have to participate in different state engineering counselling too, like JAC Delhi, JAC Punjab, Comedk, etc., there is a very high chance to get a better collab with ECE and CSE

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Your  Overall Rank will be in the range of 45012 - 50600.

And talking about your chances in NIT, yes you do have a chances in some NITs like: NIT Agartala Srinagar.


To know in detail you can check your chances through our FREE College Predictor.

All the best.

Although the cutoff or admission is given to any university is based on rank. Your overall percentile in JEE seems to be good. So might be be able to get admission in some NITs or GFTIs.

You have a very good score that opens up various options for admission and as a female candidate you may also benefit from gender based reservation policies in some institutions.

Here are some NITs and GFTIs where you may have chance.

1. National Institute of Technology, Warangal
2. National Institute of Technology, Trichy
3. National Institute of Technology, Surathkal
4. National Institute of Technology, Calcutta
5. National Institute of Technology, Roukela
6. Motilal Nehru National Institute of Technology, Allahabad
7. Indian Institute of Information, Allahabad
8. Indian Institute of Information, Hyderabad

Correct Answer: Electrical energy

Solution : The correct option is electrical energy.

The photovoltaic effect is a mechanism used by photovoltaic cells, also referred to as solar cells, to transform light energy from the sun directly into electrical energy. When photons, the light particles hit a solar cell's surface, their energy is transferred to the material's electrons, causing this effect.  These electrons get activated by the energy of the photons, which causes them to flow as an electric current. The generated current can then be harnessed and used to power electrical equipment, or it can be stored in batteries for later use.