NUCLEAR PHYSICS

this site is under major revision at present

Look out for RESOURCE PODS in topic pages. These will be added to in time, with worksheets,videos and interactive pages.

 

a drop-down menu of resources for 'coming soon'  empty: coming soon

 

 

 

bookmark this page and return soon

 

 

 

completion Spring 2010

 

 

 

 

[ MECHANICS ][MATTER][ NUCLEAR ][ QUANTUM ][ ELECTRICITY ][ THERMAL PHYSICS ][ WAVE MOTION ][ FIELDS ]

NUCLEAR PHYSICS

COURSE NOTES

the nucleus

radioactivity

stability: the N-Z curve

energy considerations

fundamental particles

Feynman Diagrams

e-book of notes content

Nuclear Physics(pdf)

coming soon

WORKED EXAMPLES

nuclear radii

inverse square law

binding energy

radioactive decay, half life

DERIVATIONS

(for a deeper understanding)

radioactive decay

half life

inverse square law

©2009

A-level Physics Tutor

All rights reserved

calculator

VIDEO

Rutherford's Expt. CGI

Rutherford, a history

Atomic No. Mass No.

radioactive decay

charged particles fields

binding energy

fundamental particles

Feynman diagrams

beta decay

Strong & Weak force

Unified Force Theory

Quantum Mechanics

Google Books

(free book extracts)

Physics Thro' Diagrams

College Physics Vol.13

EXAM PAPERS(.pdf)

(Edexcel)

mechs. & rad. S2006 Q

mechs. & rad. S2006 A

mechs. & rad. W2007 Q

mechs. & rad. W2007 A

mechs. & rad. S2007 Q

mechs. & rad. S2007 A

mechs. & rad. W2008 Q

mechs. & rad. W2008 A

mechs. & rad. S2008 Q

mechs. & rad. S2008 A