Physics crossword 14

?
for a point on a wave the maximum displacement from some equilibrium value at that point
amplitude
1 of 9
during any interaction, the total energy before the interaction before the interection is the same as the total energy after the interaction
conservation of energy
2 of 9
the speed of light c is a universal constant - it has the same value, regerdless of the motion of the platform from which it is observed, in effect the translation between distance and time units is the same for everybody
Einstein's second postulate
3 of 9
an electromagnetic machine tht uses rotation, often produced by a turbine, to produce the flux changes neede to induce an e.m.f.
generator
4 of 9
forms of the same element that have the same proton number but different lepton numbers
isotope
5 of 9
the frequency of a free oscillator
natural frequency
6 of 9
transverse waves are linearly * if they vibrate in one plane ony. Un* transverse waves vibrate randomly changing plane. Longitudinal waves cannot be *
polarisation
7 of 9
the induction of an e.m.f. in the coil of the primary circuit of a transformer by the changing flux induced by the p.d. in that coil
self-inductance
8 of 9
a quantity with both magnitude and direction
vector
9 of 9

Other cards in this set

Card 2

Front

during any interaction, the total energy before the interaction before the interection is the same as the total energy after the interaction

Back

conservation of energy

Card 3

Front

the speed of light c is a universal constant - it has the same value, regerdless of the motion of the platform from which it is observed, in effect the translation between distance and time units is the same for everybody

Back

Preview of the front of card 3

Card 4

Front

an electromagnetic machine tht uses rotation, often produced by a turbine, to produce the flux changes neede to induce an e.m.f.

Back

Preview of the front of card 4

Card 5

Front

forms of the same element that have the same proton number but different lepton numbers

Back

Preview of the front of card 5
View more cards

Comments

No comments have yet been made

Similar Physics resources:

See all Physics resources »See all General resources »