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At LPU, Admission in any programme depends on qualifying the Eligibility criteria for that programme. So, as per the official website of LPU, the Eligibility Criteria (Qualifying Exam) is defined as - Pass with 60% aggregate marks in 10+2 (with Physics Mathematics and English or equivalent, subject to qualifying LPU NEST. So, qualifying the same, you can proceed for Admissions. Admissions in LPU have started for most of the programmes. LPU is currently inviting applications for B.Tech in various streams, so you can apply from their website. As per the official website, Last Date of submission of Application for most of the programmes for LPU NEST is 30th April 2021. So, qualifying the Eligibility criteria and by participating in the online counselling schedule as mentioned on the website based on merit seat will be allocated to you and you can proceed for Admissions in any programme in LPU. Highlights of the programme: Credit Transfer : Student after successful completion of 2 years. At LPU may be given option to join partner/ receiving university abroad for the completion of programme subject to conditions and norms of regulatory bodies. International Exposure Option : Student may be given an option to go for 4 weeks study tour to USA/ European countries or any other country as decided by the University subject to conditions. Semester Exchange : Student may be given an option to join partner/ receiving university abroad for a semester as decided by the University subject to conditions. With Quality of Education, Placements in LPU is also amazing, with the top brand in the world coming for Campus Recruitment provides great opportunities to its students and because of its #ThinkBig concept and various innovations in curriculum, the university is standing tall and proud with various other very old and renowned institutions in terms of rankings and accreditation. LPU alumni, Utkarsh, placed at Google HQs in Silicon Valley Rs. 1Cr. + package - Not just in India, LPU students are making a mark around the world. One of our very own is now working at Google HQ in Palo Alto with an illustrious package of Rs. 1 Crore plus! Over 10,000 offers made in recent years by top recruiters - LPU becomes the favourite landing place for top recruiters like Cognizant Technology Solutions, Tech Mahindra, Capgemini, Amazon, Bosch Engineering, Tata Consultancy services, Meditab and many more. Cognizant hires over 2500+ LPU students in recent years. Hope it helps !

A matrix version of Kirchhoff's current law is the basis of most circuit simulation software, such as SPICE. Kirchhoff's current law combined with Ohm's Law is used in nodal analysis.
KCL is applicable to any lumped network irrespective of the nature of the network; whether unilateral or bilateral, active or passive, linear or non-linear.
The principle of conservation of energy implies that:
The directed sum of the electrical potential differences (voltage) around any closed network is zero, or:
More simply, the sum of the emfs in any closed loop is equivalent to the sum of the potential drops in that loop, or:
The algebraic sum of the products of the resistances of the conductors and the currents in them in a closed loop is equal to the total emf available in that loop.
Similarly to KCL, it can be stated as:
{\displaystyle \sum _{k=1}^{n}V_{k}=0} \sum _{k=1}^{n}V_{k}=0
Here, n is the total number of voltages measured. The voltages may also be complex:
{\displaystyle \sum _{k=1}^{n}{\tilde {V}_{k}=0} \sum _{k=1}^{n}{\tilde {V}_{k}=0
This law is based on the conservation of energy whereby voltage is defined as the energy per unit charge. The total amount of energy gained per unit charge must be equal to the amount of energy lost per unit charge, as energy and charge are both conserved.

Need to figure out if an atom is negative, positive, or neutral? Here's the formula for figuring out the formal charge of an atom:
Formal charge = [# of valence electrons] [electrons in lone pairs + 1/2 the number of bonding electrons]
This formula explicitly spells out the relationship between the number of bonding electrons and their relationship to how many are formally owned by the atom. However, since the number of bonding electrons divided by 2 terms is also equal to the number of bonds surrounding the atom, here's the shortcut formula:
Formal Charge = [# of valence electrons on atom] [non-bonded electrons + number of bonds].
Let us apply it to some examples. for example BH4 (top left corner).
The number of valence electrons for boron is 3.
The number of non-bonded electrons is zero.
The number of bonds around boron is 4.
So formal charge = 3 (0 + 4) = 3 4 = 1
The formal charge of B in BH4 is negative 1.
Lets apply it to :CH3 (one to the right from BH4)
The number of valence electrons for carbon is 4
The number of non-bonded electrons is two (it has a lone pair)
The number of bonds around carbon is 3.
So formal charge = 4 (2 +3) = 4 5 = 1
The formal charge of C in :CH3 is negative 1.
Same formal charge as BH4!
Lets do one last example. Lets do CH3 (with no lone pairs on carbon). Its the orange one on the bottom row.
The number of valence electrons for carbon is 4
The number of non-bonded electrons is zero
The number of bonds around carbon is 3.
So formal charge = 4 (0 +3) = 4 3 = +1
You can apply this formula to any atom you care to name.

Hi,
What specifically you want to know about NIFT? It's a government college with 15 centers all over India which are - New Delhi, Bangalore, Mumbai, Gandhinagar, Chennai, Hyderabad, Kolkata, Patna, kangra, Bhopal, kannur, Raebrareli, Jodhpur, Shillong, Srinagar . NIFT syllabus pattern is same as of FIT, New York. It's the best option for fashion designing in India and second best in terms of design after NID. Following are the programmes offered by NIFT:
1 - B.DES - fashion designing ( FD )- textile designing ( TD )- accessory designing ( AD )- leather designing ( LD )- fashion communication ( FC )- Knitwear designing ( KD )
2 - B.TECH
3 - M.DES
4 - M.F.M. ( master's of fashion management )
5 - M.TECH
For all of these courses the fee is around 95 thousand per semester and 10 to 15 thousand is a one time admission fee. NIFT have a centralized campus placement system. On an average a bachelor's students get a starting salary package between 3 to 10 lakhs and 4 to 25 lakhs for master's student.
I hope this information will help you out.