• Congratulations to the Class of 2024 on your results!
    Let us know how you went here
    Got a question about your uni preferences? Ask us here

Special Relativity (1 Viewer)

supR

Trials are the best
Joined
Apr 25, 2017
Messages
415
Location
NSW
Gender
Male
HSC
2018
Uni Grad
2023
Hey,

Just covered special relativity in class today, and me and some of my classmates were wondering if this principle is obeyed equally by all electromagnetic waves, such as gamma rays and x-rays?
 

pikachu975

Premium Member
Joined
May 31, 2015
Messages
2,739
Location
NSW
Gender
Male
HSC
2017
Hey,

Just covered special relativity in class today, and me and some of my classmates were wondering if this principle is obeyed equally by all electromagnetic waves, such as gamma rays and x-rays?
Yep since all EM waves are 'light'
 

captainhelium

water enthusiast
Joined
Mar 24, 2016
Messages
160
Location
Tokyo
Gender
Undisclosed
HSC
2017
Hey,

Just covered special relativity in class today, and me and some of my classmates were wondering if this principle is obeyed equally by all electromagnetic waves, such as gamma rays and x-rays?
Yeah I guess so although I haven't seen much questions that related special relativity to gamma rays etc
 

pikachu975

Premium Member
Joined
May 31, 2015
Messages
2,739
Location
NSW
Gender
Male
HSC
2017
Yeah I guess so although I haven't seen much questions that related special relativity to gamma rays etc
Yeah basically because gamma rays are light, light = carried by photons and all EMR is carried by photons
 

jazz519

Moderator
Moderator
Joined
Feb 25, 2015
Messages
1,955
Location
Sydney
Gender
Male
HSC
2016
Uni Grad
2021
Hey,

Just covered special relativity in class today, and me and some of my classmates were wondering if this principle is obeyed equally by all electromagnetic waves, such as gamma rays and x-rays?
Yep as pikachu said all EM waves are light. Just a tip include this at the start of all ur answers on these topics:
- Light is an EM oscillation
- Light is a self-sustaining mutual generation of E and B fields
(these are covered later on in the ideas to implementation topic however the way to make answers differentiated it is good to combine content from more than one topic as it shows a deeper understanding)
 

pikachu975

Premium Member
Joined
May 31, 2015
Messages
2,739
Location
NSW
Gender
Male
HSC
2017
Yep as pikachu said all EM waves are light. Just a tip include this at the start of all ur answers on these topics:
- Light is an EM oscillation
- Light is a self-sustaining mutual generation of E and B fields
(these are covered later on in the ideas to implementation topic however the way to make answers differentiated it is good to combine content from more than one topic as it shows a deeper understanding)
Also you can notice that they all do obey special relativity as they all travel at the speed of light which is a postulate.
 

Users Who Are Viewing This Thread (Users: 0, Guests: 1)

Top