Energy and 10 different types

Mais informações

Optics Optics is a branch of physics which studies the properties and behavior of light. Furthermore, we talked about the characteristics of various mirrors, lenses, and how we can predict the characteristics of an image will look us

por Ragubavan Sathurtheha

engrey

por Marcelo Morrison

Earth and Beyond Kings Road

por steve kirkpatrick

Unit 2: Metabolic Processes

por A R

Energy and 10 different types

Heat Energy

Types of H.E

Radiation

Convection

conduction

Rise in Temperature

Transfer of thermal energy

Q=M.C.(Tf-Ti)

Movement of atoms and molecules

Gravitational Energy

Examples of G.E.

Water that is behind a dam.

A raised weight

Due to gravity

Associated with Gravitational Field

G= MGH

Natural force

Mechanical Energy

Types of mechanical energy

rotational kinetics

Transnational kinetics

Due to motion

example-ideal simple pendulum

K.E.= 1/2 mv2 + mgh

Sum of kinetic energy and potential energy

Chemical Energy

petroleum

wood

coal

S.I. Unit- joule

C.E=6CO 2 + 6H 2 O – C 6 H 12 O6+ 6O2

energy stored in chemicals

Light Energy

Electromagnetic radiation

light bulbs

Sunlight

Energy of Light = (6.626 × 10-31 × c) / w(m)

travels in straight lines

Kinetic Energy

energy of motion.

airplane

A river flowing at a certain speed

K.E= [Mass × Velocity2] × 2-1

easiest to observe

Nuclear Energy

Energy released during nuclear fission

Example= nuclear fission

N.E= mc2

Splitting atoms in a reactor to heat

Potential Energy

Energy stored in an object

Example

Stretching a rubber band

pendulum

P.E= mgh

Dimensional formula

M1L2T-2

Energy possessed by a body

Sound energy

Musical instruments

Gulping Water

Belching

longitudinal Waves

S.E= Sound power/ Area

S.I unit= Watt

Due to vibration

ENERGY

Dimension formula

[E] = [ML2T-2]

Examples

releasing the arrow from the bow

shooting a rubber band

S.I. Unit= Joule

Quantitative property

Work

Magnetic Energy

magnetic field

Magnitude and direction at the same

Example-generator

B = μ0/2πr