1.) In special relativity, velocity is treated as:
Constant
Changing
Zero
2.) The rate at which light falls on a unit area is called:
Luminous Flux
Illuminance
Lux
3.) Snell’s Law relates refractive index to the angle of refraction and:
The angle of incidence
The frequency
The angle of reflection
4.) Lenses are able to work primarily due to the property of:
Reflection
Refraction
Interference
5.) The charge on one electron is also known as the:
Coulomb
Elementary charge
Standard
6.) The SI units of the electric field are the:
Coulomb
Maxwell
Newtons per coulomb
Constant
Changing
Zero
2.) The rate at which light falls on a unit area is called:
Luminous Flux
Illuminance
Lux
3.) Snell’s Law relates refractive index to the angle of refraction and:
The angle of incidence
The frequency
The angle of reflection
4.) Lenses are able to work primarily due to the property of:
Reflection
Refraction
Interference
5.) The charge on one electron is also known as the:
Coulomb
Elementary charge
Standard
6.) The SI units of the electric field are the:
Coulomb
Maxwell
Newtons per coulomb