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Class 12 Tuition > Class 12 Tuition in Mumbai > Gyanprakash Dangi

Gyanprakash Dangi Class 12 Tuition trainer in Mumbai/>

Gyanprakash Dangi

Bhakti Park, Mumbai, India - 400037.

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Education

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Overview

I am a final-year student pursuing a Bachelor of Engineering (BE) in Information Technology from the University of Mumbai, maintaining a commendable aggregate of 8.6. My academic journey includes completing my Higher Secondary Certificate (HSC) from a CBSE school with an impressive score of 78%, and my Secondary School Certificate (SSC) from CBSE with an outstanding 93%.

My expertise extends to teaching CBSE 12th-grade Mathematics and Science subjects. I am passionate about imparting knowledge and helping students excel in these challenging subjects.

Furthermore, I have a strong foundation in front-end development, with proficiency in HTML, CSS, JavaScript, Tailwind CSS, Bootstrap, and Node.js. This practical skill set complements my academic pursuits, showcasing my ability to bridge theoretical knowledge with hands-on application.

As a dedicated and accomplished individual, I am committed to both academic excellence and practical proficiency. I bring a unique blend of educational achievement and technical expertise to any endeavor, making me a valuable asset in both the academic and technology domains.

Languages Spoken

Hindi Proficient

English Basic

Education

University Of Mumbai Pursuing

Bachelor of Engineering (B.E.)

Address

Bhakti Park, Mumbai, India - 400037

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Teaches

Class 12 Tuition

Class Location

Online Classes (Video Call via UrbanPro LIVE)

Student's Home

Tutor's Home

Board

CBSE

Preferred class strength

One on one/ Private Tutions, Group Classes

CBSE Subjects taught

Physics, Mathematics, Hindi, Chemistry

Taught in School or College

No

Reviews

No Reviews yet!

FAQs

1. Which school boards of Class 12 do you teach for?

CBSE

2. Have you ever taught in any School or College?

No

3. Which classes do you teach?

I teach Class 12 Tuition Class.

4. Do you provide a demo class?

Yes, I provide a free demo class.

5. How many years of experience do you have?

I have been teaching for less than a year.

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Answers by Gyanprakash Dangi (1)

Answered on 07/12/2023 Learn CBSE/Class 11/Science/Physics

<p>What is the gravitatioal SI unit of work done?</p>

The SI unit of work done is the joule (J). In the context of gravitational work, it's important to note that work done is equal to the force applied multiplied by the distance over which the force is applied, and it is measured in joules. The formula for work done (W) is: work=force×distance×cos(θ) where: W... ...more

The SI unit of work done is the joule (J). In the context of gravitational work, it's important to note that work done is equal to the force applied multiplied by the distance over which the force is applied, and it is measured in joules. The formula for work done (W) is:

work=force×distance×cos(θ)

where:

  • W is the work done,
  • force is the force applied,
  • distance is the displacement over which the force is applied,
  • θ is the angle between the force vector and the direction of displacement.

 

For gravitational work, if the force is the weight (mg, where m is mass and g is the acceleration due to gravity), and the object is moved vertically, the formula simplifies to:

W=mgh

where:

  • m is the mass of the object,
  • g is the acceleration due to gravity,
  • h is the vertical height.

In this case, the unit of work done, as in any other case, is the joule (J).

Gravitational unit of work: 1 kg⋅m (kilogram meter)
SI unit of work: 1 J (joule)

1 kg⋅m = 1 J × 9.80665 m/s²

where 9.80665 m/s² is the approximate value of the acceleration due to gravity on Earth.

Answers 92 Comments
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Teaches

Class 12 Tuition

Class Location

Online Classes (Video Call via UrbanPro LIVE)

Student's Home

Tutor's Home

Board

CBSE

Preferred class strength

One on one/ Private Tutions, Group Classes

CBSE Subjects taught

Physics, Mathematics, Hindi, Chemistry

Taught in School or College

No

No Reviews yet!

Answers by Gyanprakash Dangi (1)

Answered on 07/12/2023 Learn CBSE/Class 11/Science/Physics

<p>What is the gravitatioal SI unit of work done?</p>

The SI unit of work done is the joule (J). In the context of gravitational work, it's important to note that work done is equal to the force applied multiplied by the distance over which the force is applied, and it is measured in joules. The formula for work done (W) is: work=force×distance×cos(θ) where: W... ...more

The SI unit of work done is the joule (J). In the context of gravitational work, it's important to note that work done is equal to the force applied multiplied by the distance over which the force is applied, and it is measured in joules. The formula for work done (W) is:

work=force×distance×cos(θ)

where:

  • W is the work done,
  • force is the force applied,
  • distance is the displacement over which the force is applied,
  • θ is the angle between the force vector and the direction of displacement.

 

For gravitational work, if the force is the weight (mg, where m is mass and g is the acceleration due to gravity), and the object is moved vertically, the formula simplifies to:

W=mgh

where:

  • m is the mass of the object,
  • g is the acceleration due to gravity,
  • h is the vertical height.

In this case, the unit of work done, as in any other case, is the joule (J).

Gravitational unit of work: 1 kg⋅m (kilogram meter)
SI unit of work: 1 J (joule)

1 kg⋅m = 1 J × 9.80665 m/s²

where 9.80665 m/s² is the approximate value of the acceleration due to gravity on Earth.

Answers 92 Comments
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Gyanprakash Dangi conducts classes in Class 12 Tuition. Gyanprakash is located in Bhakti Park, Mumbai. Gyanprakash takes Online Classes- via online medium. Gyanprakash is pursuing Bachelor of Engineering (B.E.) from University Of Mumbai. He is well versed in English and Hindi.

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NCERT Class 12 Solutions CBSE Syllabus for Class 12 Chapter 1 - Electric Charges and Fields Chapter 2 - Electrostatic Potential and Capacitance Chapter 3 - Current Electricity Chapter 4 - Moving Charges and Magnetism Chapter 5 - Magnetism and Matter Chapter 6 - Electromagnetic Induction Chapter 7 - Alternating Current Chapter 8 - Electromagnetic Waves

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