Letter
|
Hint
|
Answer
|
A
|
Was first 'split' in 1917
|
Atom
|
B
|
Particles with integer spin
|
Boson
|
C
|
Ability of a system to store charge
|
Capacitance
|
D
|
Phenomena when a wave encounters a slit
|
Diffraction
|
E
|
German physicist known for E=mc2
|
Einstein
|
F
|
Method to represent a function as a sum of sine waves
|
Fourier Series
|
G
|
Law defining the electric flux, named after a German mathematician and physicist
|
Gauss's Law
|
H
|
Space telescope launched in 1990
|
Hubble
|
I
|
Variant of the same element with a different number of nucleons
|
Isotope
|
J
|
Largest planet in our solar system
|
Jupiter
|
K
|
Absolute unit of temperature
|
Kelvin
|
L
|
Elementary particles such as electrons and muons
|
Lepton
|
M
|
Scottish scientist known for his equations of electromagnetism
|
Maxwell
|
N
|
Neutral sub-atomic particle found in the nucleus
|
Neutron
|
O
|
Branch of physics describing the interaction of light
|
Optics
|
P
|
One of the four fundamental states of matter
|
Plasma
|
Q
|
Fundamental particle with six 'flavours'
|
Quark
|
R
|
When electromagnetic radiation is increased in wavelength
|
Redshift
|
S
|
Austrian Physicist who won the Nobel Prize in 1933 for the formulation of the equation that governs the wave function of a quantum mechanical system
|
Schrödinger
|
T
|
Rotational force
|
Torque
|
U
|
Principle asserting a limit to the precision a certain pair of properties can be known
|
Uncertainty Principle
|
V
|
Earth sized planet in our solar system
|
Venus
|
W
|
Minimum energy needed to 'free' an electron from a surface
|
Work Function
|
X
|
Type of electromagnetic radiation
|
X-Ray
|
Y
|
Scientist known for his double slit experiment
|
Young
|
Z
|
Effect of splitting spectral lines with the presence of a magnetic field, named after a dutch physicist
|
Zeeman Effect
|