2003 Exam
... Explain in detail what you know about the physics described by this equation with regards to a plane wave travelling in the dielectric medium (a derivation is not required, but please include in the explanation the meaning of each variable in the above formula). [7 marks] ...
... Explain in detail what you know about the physics described by this equation with regards to a plane wave travelling in the dielectric medium (a derivation is not required, but please include in the explanation the meaning of each variable in the above formula). [7 marks] ...
Why does my circuit radiate?
... becoming of great importance, but is often not well understood or neglected and labeled as “Black Magic” ...
... becoming of great importance, but is often not well understood or neglected and labeled as “Black Magic” ...
Electric Motor - Assignment Point
... The magnitude of the force on the conductor depends on the magnitude of the current which it carries. The force is a maximum when the current flows perpendicular to the field (as shown in diagram A on the left below), and it is zero when it flows parallel to the field (as in diagram B, on the right ...
... The magnitude of the force on the conductor depends on the magnitude of the current which it carries. The force is a maximum when the current flows perpendicular to the field (as shown in diagram A on the left below), and it is zero when it flows parallel to the field (as in diagram B, on the right ...
E&M Waves
... Forms of electromagnetic waves exist that are distinguished by their frequency and wavelength c = ƒλ Wavelengths for visible light ...
... Forms of electromagnetic waves exist that are distinguished by their frequency and wavelength c = ƒλ Wavelengths for visible light ...
