Physics educational ppt

1. Geniies Career Foundation Program
Orbit-1(Physics)
Dr.R.Kavitha
Research Associate

2.  Geniies Academy is one of the best coaching CenterS for not only JEE, CUET, NEET, but also
for all competitive examinations after 10th &12th standard
 courses are offered through online and offline mode (hybrid)
 Our coaching center is in Coimbatore, Tamil nadu
 Our faculties approach every student considering the latest educational trends and strategies
which makes ours one of the most effective coaching centers available today. The faculties are
cooperative and assist every student not only in the coaching aspect, but also in their overall
development
 Best support and regular update of the innovative material ensures that you are always up-to-date
with the latest developments

3. Geniies Learning Pedagogy (GLP)
 GLP describes the method by which our faculty’s instruct students in both theory and practise
 This teaching philosophy of a teacher shapes pedagogy, which describes how culture and various
instructional modalities interact
 GLP is our study of teaching strategies and how they influence student
 A well-thought-out and effective pedagogy is critical for assisting students in learning more
effectively and developing higher-order thinking skills.

4. LIST OF PEDAGOGIES AT GENIIES ACADEMY
1. Geniies Diagram Demo Technique (GDDT)
2. Geniies Flowchart Technique (GFCT)
3. Geniies Mnemonics Technique (GMT)
4. Geniies Interactive Technique (GIT)
5. Geniies Q&A Technique (GQ&AT)
6. Geniies Podium Technique (GPT)
7. Geniies PPT Technique (GP2T2)
8. Geniies Role play Technique (GRPT)
9. Geniies Mind map Technique (GMMT)
10.Geniies Treasure hunt Technique (GTHT)
11.Geniies Seminar, Orientation, and Webinar
Technique (GSOW)
12.Geniies Group Discussion Technique (GGDT)
13.Geniies Conclave Technique (GCT)
14.Geniies Domain Intelligence Program (GDIP)
15.Geniies Dictionary & Puzzle Technique (GDPT)

5. INTRODUCTION TO
PHYSICS

6. Sunrise in the morning Sunset in the evening

7. Heat & light from burning Yellow orange colour of sky

8. Falling of objects Birds flying in the sky

9. Formation of ocean waves Sinking of objects

10. Spherical shape of soap bubbles Moon orbiting around the earth

11. • In order to play cricket, football, chess, hockey or any other
game we follow some rules
• Similarly, the physical phenomena of our nature follow some
rules or principles

12. Physcis-Orbit-1
Course Objective:
Students would be able
 To learn the concepts behind the formation of Universe and solar family
 To identify the cause and effects of natural calamities
 To understand the various forms of energy and how sound energy ,light energy and
heat energy is produced ,propagated and applied.
 To learn the laws and concept behind the work
 To describe about the mechanical properties of solids.
 To learn the types of fuel and in detail about the fossil fuels
 To learn the basics of measurements and concept and laws governing the motion of
objects
 To comprehend on the basics of electricity and its effects.
 To enlighten the concept behind the properties of magnetic materials and its
applications.

13. Space and Universe and Natural calamities
Sound, Light, Heat
Work
Mechanical properties of solids
Fossil Fuels
Motion and Measurement of distances
Light
Electric current , Circuits and its effects
Geniies-Orbit 1- Concepts

14. Physics-Orbit-1
Course Outcomes:
 Students understand the concepts behind the formation of Universe
and solar family
 Students comprehend the cause and effects of natural calamities
 Students grasp the various forms of energy and how sound energy,
light energy and heat energy is produced and propagated
 Students Perceive the laws and concept behind the work
 Students apprehend the mechanical properties of solids
 Students fathom the types of fuel and in detail about the fossil fuels
 Students know the basics of measurements and concept and laws
governing the motion of objects
 Students grasp the concept of electricity and its effects and magnetism.

15. Geniies-Realtime (life application) domain application
(Specific)
Space visionaries in the early 20th century recognized that putting satellites into orbit could furnish direct
and tangible benefits to people on Earth. Public-good space applications include
 Meteorology
 Navigation
 Position location and timing
 Military and national security uses.
Ccommercial space applications include various forms of
 Telecommunications and data transmission via satellites,
 Remote sensing of Earth’s surface, and commercial space transportation.
 Space tourism
 Space-based power generation
 The manufacture of high-value materials in a microgravity environment, and the commercial development
of extraterrestrial resources, may appear in the future.

16. 1.Prepare app users with advice on disaster
preparedness
1.Using maps that track natural disasters in real-time
1.Planning for evacuations and emergencies
1.Monitoring locations and specific hazards
1.Sending safety alerts, notifications and messages
1.Building a resilient and robust platform
1.Localising content, information and services
1.Making people your biggest asset
1.Using external data sources
Precautionary measures of Natural
Disasters

17. Sound propagation is used by SONAR to assist submarines in navigating the aquatic systems
SONAR has also been used to investigate the sea's bottoms as well as the numerous items discovered
under the waves
Ultrasound medical imaging is a technique that employs sound transmission to generate the double dark-
skinned representation of organs as well as other regions of our system
Archaeoacoustics – the study of sound within archeology
Aeroacoustics – the study of noise generated by air movement
Architectural acoustics – the science of how to achieve a good sound within a building
Applications of Sound

18. Vibrations & Dynamics
We have seen multi-story buildings in big cities like Mumbai many times. These buildings are
set up (constructed) in such a manner that they absorb earthquakes. The reason is,
vibrational controls are installed in these buildings to protect the buildings from these shocks.
These controls are used to ground vibrations in railways.
Environmental Acoustics
This acoustics help reduce the noise created in an environment by different modes of
transport.
Applications of Sound

19. Infrasounds
The frequency of infrasounds is less than 20 Hz. They are not audible to human ears.
Infrasounds are useful in the following ways:
1. Detecting the probability of earthquakes.
2. Noticing petrol formation in a particular area.
Ultrasounds
The frequency of the ultrasound is greater than the human audible limit. The areas where
we use ultrasound are as follows:
1. In Ultrasound imaging in physics
2. Detecting objects M
3. Measuring distance
Musical Acoustics
We study musical acoustics to understand how sounds are used to create any music. The
places we use musical acoustics include the following areas of study:
1. Musical Instruments
2. Music therapy
3. Human voice
Applications of Sound

20. How are work, energy and power related to each other?
Work is the energy needed to apply a force to move an object a particular distance. Power is the rate
at which that work is done.
What is the unit of work?
The unit of work is Joule.
What is the unit of energy?
The unit of energy is Joule.
What is the unit of power?
The unit of power is Watt.
Is power a scalar quantity?
Power is a scalar quantity
because it is a ratio of two
scalar quantities.
How does a work works?

21. Mechanical properties of solids elaborates the characteristics such as
 The resistance to deformation and their strength. Strength is the ability of an object to
withstand the applied stress, to what extent can it bear the stress.
 Resistance to deformation is how resistant any object is to the change of shape.
Mechanical Properties of Solids-Applications

22. The uses of fuel are given in the following:
•Gasoline is one of the most significant fuels for
transportation.
•Natural gas is used in heating and cooking.
•Coal is an essential thing to generate electric power.
•Alcohol is blended with gasoline to boost up the
production of fuels.
Uses of Fuel

23. Motion and Measurement of distances-Applications
 Correct measurement of thickness, Length and breadth
 Accuracy in measurements

24. Light-Applications

25. Geniies S-PARK
Light in Photography
The Key Light
The key light is the primary source of light in the three-point lighting setup. It’s also the brightest light of the
three and its job is to illuminate the subject on screen.
The Fill Light
The fill light is a less powerful light placed opposite the key light. Its main job is to fill any shadows created by
the key light.
The Backlight
The backlight is placed behind the subject and is generally utilized to create depth and to separate the subject
from the background. Typically, the backlight is placed above the subject and when placed at an angle, it’s
known as a “kicker.”

26. Heat Center: Plastic Cup Thermometer
Students use a plastic cup thermometer, prepared by the
teacher in advance, to make approximate temperature
measurements of warm water and ice water. Students then
conduct investigations using magic animal growing capsules,
which are small sponge shapes that are compressed in a
capsule that dissolves in warm water. The teacher may want to
wait to give out the growing capsules to each group until after
students have completed Part I of the data sheet.
PREPARE IN ADVANCE Plastic Cup Thermometer Warm water
should not be warmer than 54°C for safety. Safety goggles
required
Materials Required
 Plastic red bowl of warm
 water
 Plastic blue bowl of ice
 water
 Tape
 Timer
 Red crayon
 2 magic animal growing
 capsules (per group)
 Paper towels
 5 safety goggles
 For each student
 Heat Center Data Sheet
 (see Resources section)

27. Sound Center: Tissue Box Guitar
Students pluck a rubber band
stretched over the opening of a tissue
box guitar, while other students use a
hand lens to observe the vibrations of
the rubber band and how they relate
to the sound made.
Materials Required
• Tissue box guitar
• Hand lens magnifier
• Sound Center Instructions and Data Sheet

28. Ohm’s law states that voltage across a conductor is directly proportional to current through it under constant
temperature.

30. Geniies-Schema

35. Geniies-That day in History
Lives affected and statistics
From Reuters · Updated 1 day ago
Deaths
At least 54,387 people
Non-fatal injuries
At least 1,25,626 people
Displaced
At least 24L people
People affected
At least 2.4Cr people
Buildings destroyed
At least 2,00,089
Property damage
$5.5–9TCr
Magnitude
7.8
About
On 6 February 2023, at 04:17 TRT, a Mw 7.8
earthquake struck southern and central Turkey and
northern and western Syria. The epicenter was 37 km
west–northwest of Gaziantep. The earthquake had a
maximum Mercalli intensity of XII in parts of Antakya
in Hatay Province. It was followed by a Mw 7.7
earthquake at 13:24. Wikipedia
Start date: 6 February 2023
Location: Türkiye, Syria

36. Geniies Domain-specific child prodigy
The nine-year-old boy from the Karnal district in the state of Haryana stumped everybody with his
brilliance on a complex subject like Astronomy, supported by his incredible comprehension and recall
ability. People who quizzed him on the details of over 195 countries were astounded with his wide range
of knowledge in world geography, politics, per capita income, gross domestic product and the economy.
He is reported to possess an IQ of about 130, which puts him in the category of “Highly Intelligent”. In
2013, he also appeared as a guest on Amitabh Bachchan’s show “Kaun Banega Crorepati” on Children’s
day.
Kautilya Pandit

37. Domain-oriented Elite Authors
Exploring Heat, Light and Sound,
Sinha Shweta.
Science ICSE Physics
Lakhmir Singh’s
Solar system for beginners
Emily Bone & Terry Paster
Lift the Flap Measuring Things (Lift-the-flap Maths) Board book – 1 June
2017
by Rosie Hore (Author), Benedetta Giaufret (Illustrator), Enrica Rusina (Illustrator)

38. Domain-oriented contributors / renowned scientists / Nobel
Laureates/ achievers :
Astronomy
Nicolas Copernicus (1473 - 1543)
Galileo Galilei (1564 - 1642)
Christiaan Huygens (1629 - 1695)
Johannes Kepler (1571 - 1630)
Edmond Halley (1656 - 1743)
William Herschel (1738-1822)
Johann Gottfried Galle (1812 - 1910)
Hubble, Edwin P. ( Powell) (1889 - 1953)

39. Marin Mersenne
1588–1648
Christian Doppler
1803–1853
Wallace Clement
Sabine
1868–1919
Georg Ohm
1789–1854
Domain-oriented contributors / renowned scientists / Nobel
Laureates/ achievers :
Sound

40. Benjamin Franklin.
Michael Faraday.
Lady Augusta Ada Byron
Alexander Graham Bell.
Thomas Alva Edison.
Lewis Howard Latimer.
Granville Woods.
Domain-oriented contributors / renowned scientists /
Nobel Laureates/ achievers :
Electricity

41. Domain-oriented contributors / renowned
scientists / Nobel Laureates/ achievers :
Shuji Nakamura is a Japanese-born American electronic engineer and inventor
specializing in the field of semiconductor technology. Together with Isamu Akasaki
and Hiroshi Amano, he received the 2014 Nobel Prize in Physics.

42. Valuable courses, Top colleges Important competitive exams,
State, National and International level
Bachelor of Optometry (Light)
Optometrist, Trainee Optometrist, Optometry Researcher, Vision Care Associate, Vision Consultant,
Private Practitioner, Optician
JIPMER, Pondicherry. ...
AMU, Aligarh. ...
University of Hyderabad, Hyderabad. ...
JSS Medical College and Hospital - [JSSMCH], Mysore. ...
SPPU, Pune. ...
SOA Bhubaneswar, Bhubaneswar. ...
Saveetha Medical College, Chennai. ...
DY Patil University, Navi Mumbai.

43. Branch Name Sound Engineering
Degree Diploma, PG Diploma, B.A.
(Honors), B.Sc., M.Sc., M.Tech.
Duration Diploma: 6 months to 1 year
B.A. (Honors): 3 years
B.Sc. : 3 years
M.Sc.: 2 years
M.Tech.: 2 years
Eligibility Diploma: 10+2
B.A. (Honors): 10+2 in PCM
B.Sc. : 10+2 in PCM
M.Sc.: B.Sc.
M.Tech.: B.E. or equivalent
Admission Process Diploma: Entrance Exam or 10+2 merit
B.A. (Honors): Entrance Exam or 10+2 merit
B.Sc. : Entrance Exam or 10+2 merit
M.Sc.: Entrance Exam or B.Sc. merit
M.Tech.: Entrance Exam or B.E. or equivalent merit
Entrance
Examination
–
Course Fees Diploma: Rs. 25000 to Rs. 400,000
 Sound Engineering Colleges
MGR Government Film Institute
Chennai
 Holy Cross College
Tirchy
 Clusters Media college
Coimbatore

44. Course Stream Astronomy Courses
Popular Courses
Certificate: Certificate in Astronomy
UG: B.Sc. in Astronomy/Astrophysics, Space Science
PG: M.Sc. in Astronomy/Astrophysics, Space Science
Doctorate: Ph.D. in Astronomy/Astrophysics
Duration
Certificate: 3 months to 1 year
UG: 3 years
PG: 2 years
Doctorate: 3 years
Eligibility
Certificate: Pass in Class 10+2 from a recognized board/ university
UG: Pass in Class 10+2 with Science (Physics, Chemistry, Mathematics) stream from a recognized university
PG: Pass in bachelor’s degree in astronomy or equivalent with a minimum of 50% marks from a recognized university.
Doctorate: Pass in a master’s degree in astronomy or equivalent with a minimum of 50% marks from a recognized
university.
Certificate: INR 2 – 4 LPA
UG: INR 3 – 7 LPA
PG: INR 5 – 7 LPA
Doctorate: INR 5 – 10 LPA
Top Job Profiles Space Scientist, Research Scientist, Observational Astronomers, Theoretical Astrophysicists, Stellar
Astronomers, Solar Astronomers, Technicians, Research Assistants, etc.