'Protons' presentation slideshows

Magnetars: SGRs and AXPs

669 views • 54 slides

Atomic Models

589 views • 45 slides

What is NMR?

What is NMR?. NMR is a technique used to probe the structure of molecules. . Paired with other techniques such as MS and elemental analysis it can be used to successfully predict the structure of organic molecules. . H 1 NMR of Ethanol. C 13 NMR of Ethanol. How it works?.

714 views • 42 slides

463 views • 32 slides

Chemistry

Chemistry. Grade 10 Advanced Unit 2. CHEMICAL PATTERNS. Name: ------------------------------------- Class: -----------. Unit 2. CHEMICAL PATTERNS.

469 views • 31 slides

Review Game for 12/18

Review Game for 12/18. APC. 1. Identify the respective proton number, neutron number, and number of electrons found in. 2.

348 views • 28 slides

Image Formation

Image Formation. 1-Placing the patient inside the magnet leads to magnetize the tissues protons where they aligned parallel or anti-parallel to the magnetic fieldB0. At this stage the proton precess randomly or out of phase *.

389 views • 25 slides

8.5AB Review

8.5AB Review. Where are protons found?. In the nucleus. Where are electrons found?. In the electron cloud. What is the mass of a proton?. One AMU. What is the mass of the neutron?. One AMU. If an atom has 12 protons, how many electrons would it need to be neutral ?. 12 electrons.

333 views • 25 slides

P. Sci.

959 views • 20 slides

What are three subatomic particles?

This 45-foot-tall steel sculpture is made of 10 tons of steel. If a proton had the same mass as the sculpture, then an electron would have a mass of about 5 kilograms. Properties of Subatomic Particles. What are three subatomic particles?.

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317 views • 16 slides

Atomic Structure

Atomic Structure. Inner electron shell. Proton. Nucleus. Neutron. Outer electron shell. Sub Atomic Particles. 1. PROTONS - positive electrical charge, found in the NUCLEUS, or center of an atom. 2. NEUTRONS - neutral (no electrical charge), also found in the NUCLEUS.

622 views • 15 slides

Preserving the Neutrons

249 views • 13 slides

Lecture 9

Lecture 9. NMR: Integration & Coupling Constants Lab Guide Problems Lecture Problem 3 Due This week in lab: Ch 6 PreLab Due Ch 6: Procedure 1 & 2 (if time) Quiz 3 Next week in lab: Ch 6: Procedure 2-4 Due: Chapter 5 Final Report. Aromatics: Long-Range Coupling.

272 views • 13 slides

The Nucleus

The Nucleus. Chapter 14 Section 2. What is an Atom?. Most basic units of matter Everything in world made up of atoms Air you breathe Desk you are sitting in Your body

293 views • 11 slides

Protons and Electrons

526 views • 11 slides

PROBA-1/SREM

PROBA-1/SREM. PROBA-1/SREM. >0.7 MeV electrons + protons. PROBA-1/SREM. protons. Solar protons. PROBA-1/SREM. >0.7 MeV-electrons + protons. >2.0 MeV-electrons + protons. protons. L not defined. PROBA-1/SREM. PROBA-1/SREM. >0.7 MeV-electrons + protons. PROBA-1/SREM.

225 views • 7 slides

Elements!

Elements!. Elements. A pure element is made of many of the same atoms. Common elements- Aluminum, Oxygen, Carbon (about 100 others) Elements cannot normally be broken apart into smaller substances. Demitri Mendeleev- Russian chemist who developed the first periodic table in 1869.

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Notes: Atoms

179 views • 6 slides

Early Static Electricity

Early Static Electricity. Early Static Electricity. Public lecturers would travel around by horse and cart demonstrating the marvels of electricity. They would coat the surface of pith balls with aluminum paint so that it would conduct electricity.

160 views • 3 slides