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Yes, pursuing an MBA from VIT Business School Vellore is a good choice if considering the placement opportunities. Check out the key highlights of VIT Business School MBA placements for the Class of 2023 in the table below:

The placement trend witnessed over the past three years during IIIT Kalyani BTech placements is presented below:

Yes, VIT Business School conducts placement drives annually for its MBA and BBA course. The key highlights of VIT Business School MBA placements for the Class of 2023 are tabulated below:

The key highlights of IIIT Kalyani BTech placements 2025 are presented below:

The 1/2 is a result of mathematical calculation, which occurs when we integrate? vdv in the formula of work done according to Newton's second law of motion. Without this, the final result will turn out to be twice of the actual value.

VIT Business School has a good record of placements to its MBA students. The the highest and average package offered during VIT Business School placements stood at INR 15 LPA and INR 9.68 LPA, respectively. The key highlights of VIT Business School placements for the Class of 2023 are tabulated below:

VIT Business School is a well-known institute in Gorakhpur for offering placement opportunities to its MBA students. The placement percentage is yet to be released on the official website. Meanwhile, check out the key highlights of VIT Business School placements for the Class of 2023 in the table below:

Let the quotient obtained when the numbers is divided by 3, 5 and 6 be x₁, x₂ and x₃

Respectively

N = 3 x₁ + 1

x₁ = 5 x₂ + 3

x₂ = 6 x₃ + 2

N = 3 [5 (6 x₃ + 2) + 3] + 1

=90 x₃ + 40 < 1000

x₃ can take 11 values

The average salary trend witnessed during IIIT Kalyani placements 2025, 2024 and 2023 is presented below:

Since the two train meet after one hour, their relative speed (sum of their speeds as they are travelling in opposite direction) is 138km/hr. The speed of faster train is asked; we know it has to be greater than 69km/hr. as B takes more time to cover the same distance.

Option (a) is correct.

Assuming that

b – c = p b = c + p

c – a = q c = a + q

Hence b = c + p

= a + q + p

$?$ $y+\frac{1}{(b-c)a(c-a)}$ can be written as a + q + p + $\frac{1}{a.p.q}$

Apply AM GM in equally concept in above equation

$\frac{a+q+p\frac{1}{a.p.q}}{4}\ge 4\sqrt[]{a\times p\times q\times \frac{1}{a.p.q}}$

$\frac{a+q+p\frac{1}{a.p.q}}{4}\ge 1$

$a+q+p\frac{1}{a.p.q}\ge 4$

Hence, minimum value is 4

The placement trend recorded during IIIT Kalyani placements 2025 and previous two years are presented below:

The placement percentage recorded during IIIT Kalyani placements over the past three years is presented below:

The salary trend witnessed during IIIT Kalyani placements over the past three years is presented below:

Yes, IIIT Kalyani is good in terms of placements. The key highlights of IIIT Kalyani placements 2025 are presented below:

Let the distance between Delhi (D) and Jaipur (J) be 8x and Akbar’s initial speed be 4a and final speed be 7a.

Let the point where he increased his speed at P and let Q be the point on DJ such that $DP=\frac{5}{8}(DJ)$

$\frac{PQ}{PJ}=\frac{4}{7}$

Let PQ = 4y,

PJ = 7y

QJ = 7y – 4y = 3x

3y = 3x

y= x

PQ = 4x and PJ =7x

Required ratio = $\frac{DP}{DJ}$

= $\frac{x}{8x}$ = 1/8

In solar cells, electron emission converts the light energy into electrical energy through the photoelectric effect. Solar cells work due to photoelectric effect, in which photons from sunlight strike solar cell surface. When a photon that has sufficient energy hits the surface, it transfers its energy to an electron in the material of solar cell surface. This causes the electron emission from its bound state. Solar cells can use photoelectric effect to generate electron-hole pairs that are separated and collected for producing electrical current. This provides a renewable source of power.

f (a) = a² – 2ax + y

f (x) = x² – 2x² + y = 0

– x² + y =0

y = x²                           ………. (1)

f (y) = y² – 2xy + y = 0

y² – 2xy + x² = 0

  (y – x)² = 0

y – x = 0

y = x

Put value of y in equation 1

We get

x = y = 1

So, f (4) = 4² – 2 (4*1) + 1

= 16 – 8 +1

= 9

Vaagdevi Degree and PG College (admission enquiry) form is currently open. Candidates are selected for courses based on their entrance exam scores. The college offers various courses such as BCA, BSc, MBA, etc. Candidates must complete Class 12 as the basic eligibility criteria for UG courses and graduation for PG courses.