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NIFT Mumbai follows a thorough screening process for BDes admissions. To commence, students must register and fill out an application form on the institute's official website. Before applying, the students must ensure that they fulfil the eligibility requirements. After that, all applicants must take the NIFT Entrance Exam on the scheduled date and at the scheduled venue.

After that, the admission committee releases a cutoff list. Students who meet the set cutoff are further invited for the counselling round. All students aspiring to take admission must participate in the counselling round. Those who get a seat are then required to report to the institute for verification of documents and payment of fees.

According to the valence band theory, the central metal atom or ion under the influence of ligands can use its (n-1)d, ns, np (inner orbital complex) or ns, np, and (outer orbital complex)orbitals for hybridisation to form equivalent set of orbitals of definite geometry.

In [Ni (CN)₄]^2-, oxidation state of Ni can be calculated as :

Using overall charge balance as the whole ion has overall -2 charge:

x + 4 (-1) = -2 (? CN^- has -1 negative charge) x = + 2

Ni is in + 2 oxidation state.

Electronic configuration of Ni is: [Ar]3d⁸4s² Where, [Ar] = 1s²2s²2p⁶3s²3p⁶

Electronic configuration of Ni⁺² = [Ar]3d⁸ Outer electronic configuration of Ni⁺² = 3d⁸

Since there are 4 CN ions so they can either form tetrahedral or square planar geometry. And CN^- is a strong field ligand (according to experimental data of spectro-chemical series) it causes pairing of the 2 unpaired electrons.

It undergoes dsp² (one d orbital, one s and two p orbitals used by the ligands) hybridization and forms square planar structure.

Since all the electrons are paired so it is diamagnetic.

Paramagnetic compounds- those compounds which have one or more no. of unpaired electrons in their atomic orbitals.

Diamagnetic compounds-those compounds in which all the electrons in their atomic orbitals are paired.

In case of [Ni (Cl)₄]^2- ion, Cl^- is a weak field ligand so it will not pair the unpaired electrons of Ni⁺² ion. Therefore it undergoes sp³ hybridization.

Overall charge balance: X + 4 (-1) = -2

X = + 2.

Since there are 2 unpaired electrons in the d orbital so it is a paramagnetic compound.

The Master of Applied Technologies – Computing at Unitec Institute of is a great programme for international students looking forward to grow their careers in the IT sector. This 18-month programme offers a theoretical knowledge and practical skill development, preparing graduates for leadership roles in various computing fields and solve complex applied computing problems. Below mentioned are some key characteristics of the program:

• The programme offers students to choose from specializations like Data Analytics and Intelligence, Cybersecurity and Networking, or Software Development, according to their interests.
• The programme offers a flexible schedule by blending online modules, self- research, and weekend on-campus classes.
• Within the programme there is an option to undertake a 90-credit thesis or a combination of Applied Project (30 credits) and Applied Research Project (60 credits).
• Students applying for this programme have access to modern computer labs available seven days a week.
• The courses are taught by experienced faculties who are experts in their respective fields.
• Students graduating from this programme are ready for roles like IT Adviser, Data Analyst, Software Engineer, Machine Learning Engineer, Data Scientist, and many more.

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Enzymes are naturally occurring simple conjugate proteins acting as specific catalysts in all processes. In contrast to ordinary chemical catalyst, it loses activity by pH or temperature change.

For example:- the enzyme used to catalyze the hydrolysis of maltose into glucose is named as maltase.

Enzymes are highly specific, i.e., a particular enzyme catalyses a specific reaction. For example, urase attacks on urea. This specific action is due to active sites present in the enzyme molecule (E) that fits into substrate (S) and forms E-S complex which changes into product P and E.

Enzymes increase the speed of reactions. They can catalyze several million of reactions per second.

Sound and Video Editing courses teach you how to take raw video and audio recordings and turn them into polished final products like movies, documentaries, commercials, and more. Additionally:-

Develops editing skills: Programs equip you with the technical skills to cut footage, add effects, synchronize sound and video, and create a cohesive final product.

Creative & technical blend: These courses go beyond just technical skills. They often emphasize aspects like creativity, storytelling, and visual communication to help you craft impactful narratives.

Sound & Video Editing Course Relevant Information:

Sound & Video Editing Colleges in India