'Low density gas' presentation slideshows

Theory and numerical approach in kinetic theory of gases (Part 1)

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296 views • 28 slides

Starlight & Atoms

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Chapter 17 Kinetic Theory of Gases

Chapter 17 Kinetic Theory of Gases. 17-1,Thermal Equilibrium. If two objects are in thermal equilibrium with a third, then they are in thermal equilibrium with each other Zeroth Law of Thermodynamics. Two objects in thermal equilibrium have the same temperature.

601 views • 26 slides

EM Waves

EM Waves. Physics 102 Professor Lee Carkner Lecture 24. Three AC Circuits. D V max = 10 V, f = 1Hz, R = 10 D V rms = 0.707 D V max = (0.707)(10) = 7.07 V R = 10 W I rms = D V rms /R = 0.707 A I max = I rms /0.707 = 1 A Phase Shift = 0 When V = 0, I = 0

263 views • 26 slides

Stars

Stars. Physics 360 - Astrophysics. Brightness. Different brightness. Different color. How bright are they really? What is due to distance? What is due to luminosity?. Spectral Classification. 0.005 arcsec. Mass. 50 mas. Stellar Radii. How big are stars? Stars have different sizes.

406 views • 24 slides

12. The interstellar medium (ISM): gas 12.1 Types of IS gas cloud 12.2 H II regions (diffuse gaseous ne

12. The interstellar medium (ISM): gas 12.1 Types of IS gas cloud 12.2 H II regions (diffuse gaseous nebulae). The Rosette nebula in Monoceros. Types of IS gas cloud H II ; hot ionized hydrogen (p,e) H I ; neutral atomic hydrogen (H)

377 views • 20 slides

BL TIER 3

TIER 3 Identify suitable experimental procedures for measuring rates of reactions Identify the factors affecting the rate of a reaction Calculate the rate of a reaction from experimental data

273 views • 17 slides

Chapter 11.2 The sun & planets

Chapter 11.2 The sun & planets. By Parm & Harman. Formation of the S olar System. Formed 4.5 billion years ago sun burst into existence and leftover material formed the planets, moons and asteroids First planets made were the inner planets (Mercury, Venus, Earth, Mars)

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298 views • 11 slides

Types of Spectra

Types of Spectra. Spectra. Most of you have seen light passed through a prism and separated into a rainbow of colors. Today you will use a different device to get a separation of colors. This device is known as a diffraction grating .

442 views • 8 slides

The Spectroscope Lab

The Spectroscope Lab. Different wavelengths correspond to different colors!. Units: 1 nanometer= 10 -9 meters!. long wavelengths. short wavelengths. If you pass white light through a prism, it separates into its component colors. Spectrum. R . O . Y . G . B . I . V !!.

231 views • 8 slides

The Spectroscope Lab

The Spectroscope Lab. Different wavelengths correspond to different colors!. Units: 1 nanometer= 10 -9 meters!. long wavelengths. short wavelengths. If you pass white light through a prism, it separates into its component colors. Spectrum. R . O . Y . G . B . I . V !!.

439 views • 8 slides