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The fee for courses offered by NMIMS School of Commerce, Dhule are as follows: 

• BBA: INR 4.4 lakh
• BCom: INR 2.9 lakh
• BBA LLB: INR 5.1 lakh

Candidates are required to visit the official website of the institute to fill out the application form to participate in the admission process. Candidates who clear the admisison process are eligible to pay the course fee and appear fro the regular classes. 

13.14 Let the atomic mass of a substance be = M and the density of the substance be = $?$

Avogadro's number, N = 6.023 $*{10}^{23}$

Volume of N number of molecules =$\frac{4}{3}?r^{3}N$ ……. (i)

Volume of one mole of a substance =$\frac{M}{?}$  …… (ii)

Equating (i) and (ii), we get

$\frac{4}{3}?r^{3}N=\frac{M}{?}$

The placement rate recorded during Ellenki College of Engineering and Technology placements was 95%. Check out the table below for branch wise placement rate during 2024 placement season:

The Ramrao Adik Institute of Technology offers an M.Tech programme at the postgraduate level. For admission, students are required to submit an application form. The fee to fill out and submit the form is as follows:

Note: The below-mentioned fee is as per official sources. However, it is subject to change.

The highest package offered during Ellenki College of Engineering and Technology placements 2024 stood at INR 20 LPA. The table below presents the same:

Yes, while applying for M.Tech admissions at Ramrao Adik Institute of Technology, students are required to upload scanned copies of various academic and personal documents. Check the below list to know the required documents:

• Class 10 marksheet
• Class 12 marksheet
• Migration certificate
• School leaving certificate/transfer certificate
• Category certificate (if applicable)
• UG marksheets
• UG degree
• Income certificate (applicable for candidates seeking admission via EWS category)
• Domicile certificate (if applicable)

13.12 Rate of diffusion of hydrogen, $R_1$= 28.7 cm³ s^–1

Rate of diffusion of another gas, $R_2$ = 7.2 cm³ s^–1

According to Graham's law of diffusion, we have:

 $\frac{R_1}{R_2}$= $\sqrt{\frac{M_2}{M_1}}$, where $M_1$= molecular mass of hydrogen = 2.02 g and $M_2$ is the molecular mass of the unknown gas

$M_2=M_1*({\frac{R_1}{R_2}\mathrm{})}^2$= 2.02$*({\frac{28.7}{7.2}\mathrm{})}^2$= 32.09 = Molecular mass of Oxygen

Hence, the unknown gas is Oxygen.

The placements for 2024 at Ellenki College of Engineering and Technology are still ongoing. As of now 43 students have been placed. The following table presents the placement statistics for Ellenki College of Engineering and Technology recorded in 2024

Check out the branch wise placement package in the table below:

Yes, the application forms for the preferred RAIT M.Tech course can be filled online. Students who wish to apply online can do so via DY Patil Navi Mumbai's online admission portal. Check below for the steps to apply:

1. Go to the official website of the institute.

2. Fill out the registration form appearing on the screen.

3. Log in to the account with the credentials created in the earlier step.

4. Upload the required documents and pay the application fees of INR 2,150.

5. Preview and submit the form.

13.9 Temperature of the helium atom, $T_{He}$ = – 20 °C = 253 K and temperature of argon atom be = $T_{Ar}$

Atomic mass of helium, $M_{He}$ = 4.0 u

Atomic mass of Argon, $M_{Ar}$ = 39.9 u

Let ${V_{rms}}_{Ar}$ be the rms speed of Argon and ${V_{rms}}_{He}$ be the rms speed of Helium

From the relation of $V_{rms}=\sqrt{\frac{3kT}{M}}$ we get

rms speed of Argon, ${V_{rms}}_{Ar}\mathrm{}=\sqrt{\frac{3k{T}_{Ar}}{M_{Ar}}}$

rms speed of Helium, ${V_{rms}}_{He}\mathrm{}\mathrm{}=\sqrt{\frac{3k{T}_{He}}{M_{He}}}$

Since both the speeds are equal, we get

$\sqrt{\frac{3k{T}_{Ar}}{M_{Ar}}}$ = $\sqrt{\frac{3k{T}_{He}}{M_{He}}}$ or $\frac{T_{Ar}}{M_{Ar}}$ = $\frac{T_{He}}{M_{He}}$ or $T_{Ar}$ = $\frac{T_{He}*M_{Ar}}{M_{He}}$ = $\frac{253*39.9}{4}$ = 2523.675 K = 2.523 $*{10}^3$ K

Diffraction leads to the formation of patterns of varying intensity. When around obstacles, waves bend and spread through the narrow opening, it is called diffraction. The interference results in a new wave pattern and involves the superposition of two or more coherent waves. Both these phenomena produce patterns of light and dark regions; the interference results from the combination of multiple waves and the diffraction arises from a single wave interacting with an aperture or obstacle. When the size of the aperture or obstacle is comparable to the wavelength of the wave, diffraction patterns are typically observed.

St Anne's Degree College for Women BCA admission starts when Class 12 results are announced. Once candidates have secured a valid score in their Class 12 exams they will have to apply for admission through the college website. Candidates applying BCA admission should make sure they are eligible for admission, the eligibility criteria to secure admission in the programme is a passing grade in Class 12.