SCIENCE REVIEWER

It is produced by vibrating or flowing charges

Is commonly attributed to ferromagnetism and electromagnetism depending on the material and moving charges

What are the two magnetic poles?

He accidentally discovered that a compass needle deflected when current was switched on

He conducted his famous induction ring experiment showing that current can be produced by sources of changing magnetic fields

Is a phenomenon of inducing a voltage in a conductor by changing the magnetic field near the conductor

The process by which the screws become magnets is called 1._______ . This same process is the reason why magnets 2._________ non-magnetized magnetic substances such as the screw. The screw becomes an 3.________ magnet with the end nearer the magnet having an 4.________ polarity to that of the permanent magnet. Hence attraction happens 5._______ magnetic induction occurs

A kind of lens that is thicker at the edges and thinner in the center. It is called a diverging lens.

A curved mirror in which the reflective surface bulges away from the light source. It is called a converging mirror.

A kind of lens that is thicker in the center than the edges. It is called a converging lens.

A curved mirror in which the reflective surface bulges towards the light source. It is calle a diverging mirror.

A polished or smooth surface (as a glass) that forms images by reflection

The bouncing of light rays when it hits a surface

The bending of light rays when passing obliquely from one medium into another

Distance between the center of curvature and mirror

A smooth reflecting surface, usually made of polished metal or glass that has been coated with metallic substances. There are two types of this: Plane and Curved

The ray of light approaching the mirror represented by an arriw approaching an optical element like mirror

Is the ray of light that leaves the mirror and is represented by an arrow pointing away from the mirror

This is the reflection of light in the smooth surfaces such as the mirrors or calm body of water

This is the reflection of light on rough surfaces such as clothing, paper, wavy water and the asphalt roadway

an imaginary line that can be drawn perpendicular to the surface of the mirror at the point of incidence where the ray strikes the mirror.

FOUR PRINCIPAL RAYS
-A ray of light parallel to the principal axis, hit the mirror, then reflected through the focus

FOUR PRINCIPAL RAYS
-From top of object, A ray of light passing through the focus, hit the mirror, reflected parallel to the principal axis

FOUR PRINCIPAL RAYS
-A ray of light passing through the focus, hit the mirror, reflected parallel to the principal axis

FOUR PRINCIPAL RAYS
-A ray of light directed towards the vertex reflects at equal angle from the principal axis

Electrical energy to Mechanical Energy

Mechanical Energy to Electrical Energy

Are basically images which cannot be visually projected on a screen

Is a pictorial representation of how the light travels to form an image and can tell you the characteristics of the image

The Center of the sphere of which the mirror is part

have the longest wavelength in the electromagnetic spectrum ex. television, radio communication

have smaller wavelengths than radio waves and can penetrate the atmosphere of the earth ex. satellite communications, radar, and cooking

lies beyond the red end of the visible light. it is emitted by all objects. the amount and wavelength of radiation depend on temperature ex. Thermal Scanner, Remote Control

when white light passes through a prism it is separated into its constituent colors: the red orange yellow green blue indigo and violet (red has the longest wavelength and violet has the shortest)

have shorter wavelength than visible light and carry more energy. it lies just beyond the violet and of the visible spectrum

comes just after the ultraviolet rays. they are of shorter wavelength but carries higher energy than the uv

lies at the other end of the electromagnetic spectrum. they are the shortest in wavelength and highest in frequency. they carry the highest amount of energy, thus, they are more dangerous

he proved the existence of radio waves in the late 1880s

he discovered the microwave

he conducted an experiment to investigate the existence of energy beyond the violet and of the visible spectrum

he conducted an experiment measuring the difference in temperature between the colors and the visible spectrum

he accidentally discovered x-rays in 1895 while testing whether cathode rays could pass through glass

identify each applications or uses of the following em waves. (Radio Waves)

identify each applications or uses of the following em waves (Microwaves)

identify each applications or uses of the following em waves (Ultraviolet)

identify each applications or uses of the following em waves (Gamma Rays)

identify each applications or uses of the following em waves (Visible Light)