'Strong nuclear force' presentation slideshows

GRAVITATION

GRAVITATION. FORCES IN THE UNIVERSE. Increasing Strength. Kinds of Forces. Gravity Electromagnetism * magnetism * electrostatic forces 3. Weak Nuclear Force 4. Strong Nuclear Force. +. proton. electron. Strong Force binds together protons & neutrons in atomic nuclei.

1.12k views • 74 slides

More on the Elementary Particles and Forces in the Universe

More on the Elementary Particles and Forces in the Universe. Dr. Mike Strauss The University of Oklahoma. Two Questions Asked for Centuries. 1) What are the fundamental objects from which everything else in the universe is made?

669 views • 40 slides

Brane World

Brane World. Cosmological ideas from string theory. Cosmology. String (M) theory. The vacuum in particle physics. Branes and brane world. Problems in quantum gravity. Holography. Cosmological Questions. What are space and time? Why are there 3 spatial directions and 1 time?

862 views • 28 slides

Define the following terms A. Weight B. Gravity C. Friction

S-24 I can explain the relationship between weight, gravity, and friction. Define the following terms A. Weight B. Gravity C. Friction. S-25 I can describe different kinds of force. What does friction normally do to a moving object?

608 views • 28 slides

Nuclear Binding Energy

1.11k views • 22 slides

Forces and Motion

Forces and Motion. What is a Force?. A Force is a push or pull acting on an object. Forces can cause motion to start, stop or change the direction. Force can be measured by a spring scale. The SI unit of force is the Newton (N). . Combining Force.

422 views • 19 slides

Laws Of Electrostatics

Laws Of Electrostatics. Made By: Shubham Rana 13BEECG109 Dhaval R. Gajjar 13BEECG110 Dhruv Shah 13BEECV118 Siddharth Patel 13BEECV124. Electric Charges : the basis of electricity is charge.

381 views • 19 slides

Feb 27 & 28

376 views • 18 slides

Recap: Chemical and Physical Change

Recap: Chemical and Physical Change. Different states of a substance are different physical ways of packing its component particles A physical change is associated with a change of state. A chemical change involves changing one substance into another

376 views • 18 slides

Baryon Predictions

Baryon Predictions. Wave functions of Baryons. Baryon Magnetic Moments Baryon masses. Need to explain Parity and Charge Conjugation. Hadrons Magnetic moments. m q related to the intrinsic spin S of the quark. m = (q/mc) S and therefore for each spin-up quark:.

532 views • 16 slides

3.1 Forces & Free Body Diagrams

3.1 Forces & Free Body Diagrams. Remember that Kinematics is the study of how objects move without being concerned about why they move (units 1 & 2) Dynamics explains why objects move the way they do (unit 3). What forces are acting on the ice cream cart?. Force. A push or a pull

691 views • 14 slides

Types of Forces and Gravitational Force

Types of Forces and Gravitational Force. 4.6 and 4.7. 4.6 Types of Forces. Some common forces Gravitational Force Normal Force Frictional Force Tension Force. Fundamental Forces. Unique forces All other forces are forms of these Gravitational Force Gravity Strong Nuclear Force

772 views • 14 slides

Dr. W. Oko ? Office: ABB-150 E-mail: okon@physics.mcmaster.ca Office Hours: Mon, Thur 3-4pm

547 views • 14 slides

Gravity

296 views • 13 slides

Radioactive Decay

Radioactive Decay Eric R. Christian Elements 2002 Workshop Th234 a What is Radioactive Decay? Some atoms are not stable, which means that even if they are completely left to themselves, they will not last forever.

765 views • 11 slides

Radioactive Decay

Radioactive Decay. Eric R. Christian. Elements 2002 Workshop. Th234. a. What is Radioactive Decay?. Some atoms are not stable, which means that even if they are completely left to themselves, they will not last forever.

932 views • 11 slides

Cosmic Constants:

Cosmic Constants:. Evidence for an Intelligent Design. by Darby Truax. Cosmic Constant: (Cosmic Singularity). Value for which there exists no scientific reasoning Acquired independently of one another (none is a function of another)

384 views • 11 slides

SYNTHESIS The Standard Model

SYNTHESIS The Standard Model. Elementary particles Strong nuclear force Weak nuclear force The Standard Model. Known Elementary Particles of Matter . Quarks : Up (u), Down (d), Strange (s), Charm (c), Bottom (b), Top (t) Leptons : Electron (e), Muon ( ? ), Tau ( ? ),

263 views • 8 slides

TEGS: The Atom

176 views • 6 slides

Black Hole

292 views • 6 slides