Question 1

In a particle reaction,the number of baryons going into the reaction must equal the number emerging from the reaction.

Accepted Answer

A) True 
 B)False

Question 2

​Match each item with the correct statement below.​
-strongly interacting spin 0 or 1 particles

Accepted Answer

A) ​time dilation 
B) ​elementary particle 
C) ​antiparticle 
D) ​spin 
E) ​fermions
F)​bosons
G)​baryons
H)​leptons
I)​strange particles
J)​quarks
K)​charm
L)​electroweak interaction
M)​GUTs
N)​intermediate bosons
O)​mesons 
A) ​time dilation 
B) ​elementary particle 
C) ​antiparticle 
D) ​spin 
E) ​fermions
F)​bosons
G)​baryons
H)​leptons
I)​strange particles
J)​quarks
K)​charm
L)​electroweak interaction
M)​GUTs
N)​intermediate bosons
O)​mesons

In a particle reaction,the number of baryons going into the reaction must equal the number emerging from the reaction.

Match each item with the correct statement below. -strongly interacting spin 0 or 1 particles

The Study of Motion

Newtons Laws

Energy and Conservation Laws

Physics of Matter

Temperature and Heat

Waves and Sound

Electricity

Electromagnetism and Em Waves

Optics

Atomic Physics

Nuclear Physics

Filters

Exam 12: Special Relativity and Elementary Particles

In a particle reaction,the number of baryons going into the reaction must equal the number emerging from the reaction.

​Match each item with the correct statement below.​ -strongly interacting spin 0 or 1 particles

The Study of Motion

Newtons Laws

Energy and Conservation Laws

Physics of Matter

Temperature and Heat

Waves and Sound

Electricity

Electromagnetism and Em Waves

Optics

Atomic Physics

Nuclear Physics

Filters

Match each item with the correct statement below. -strongly interacting spin 0 or 1 particles