Mechanical Physics

Jul 22, 2014

60 likes | 185 Views

Mechanical Physics. Harrison Totty Michael Rogers. Torsion. Bending. Compression. Stress. Strain.

Share Presentation

Embed Code

Link

strain
harrison totty michael rogers
mechanical physics

gamba

Download Presentation

Mechanical Physics

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

Mechanical Physics Harrison Totty Michael Rogers
Torsion
Bending
Compression
Stress
Strain

Mechanical

Mechanical . Resistance. Friction Two solid objects sliding against each other. Drag The backwards drag of a solid object moving forward through a fluid. Two main causes. Cause of Friction. The hills and valleys of 2 objects acting upon each other. Causes Cont.

338 views • 11 slides

Mechanical

Mechanical. BY David Hardy And Matt Carter. Safety. Work Safely- wear personal protective equipment when working on the car: Safety goggles/facemask (including welding masks!) Protective clothing Gloves Closed-toe shoes

399 views • 8 slides

Physics and the Quantum Mechanical Model

Physics and the Quantum Mechanical Model. Neon advertising signs are formed from glass tubes bent in various shapes. An electric current passing through the gas in each glass tube makes the gas glow with its own characteristic color. You will learn why each gas glows with a specific color of light.

2.17k views • 20 slides

The Trebuchet History and Physics of Mechanical War Engines

The Trebuchet History and Physics of Mechanical War Engines. Sling. The shepherd’s sling is one of the oldest projectile weapons. Sling effectively extends the length of the throwing arm by about 50 cm. Before the composite bow, slingers were as effective as archers.

1.15k views • 30 slides

Mechanical

Mechanical. Ventilation. PATRICK GERARD L. MORAL, M.D. I NTUBATION. Prevention of upper airway obstruction Protection against aspiration Facilitating tracheobronchial toilet Providing a closed system for mechanical ventilation. EXCESSIVE RESPIRATORY WORKLOAD. REDUCED CENTRAL DRIVE.

495 views • 29 slides

Mechanical

Adjustable Angle Rotating Base. Lifting / Releasing Assembly. Mechanical. This contains two DC Motors, and two couplings. One motor for rotating the base The second motor for changing the angle of incline.

159 views • 2 slides

Physics and the Quantum Mechanical Model

Section 5.3. Physics and the Quantum Mechanical Model. 5.3. Physics and the Quantum Mechanical Model.

340 views • 20 slides

Physics Conservation of mechanical Energy

Physics Conservation of mechanical Energy. Conservation of Mechanical Energy. A roller coaster hill is 40 meters high. Assuming a roller coaster car starts from rest at the top, calculate The speed of the roller-coaster car at the bottom of the hill

183 views • 3 slides

Physics and the Quantum Mechanical Model

Physics and the Quantum Mechanical Model. Connection. The Quantum Mechanical Model grew out of the study of light. Scientists originally believed light was a particle, just like matter. However, by 1900, it was generally accepted that light was a wave phenomenon.

573 views • 16 slides

Physics and the Quantum Mechanical Model

Physics and the Quantum Mechanical Model. Light and Atomic Spectra. What is Light??. What do you think light is? Can you describe it?? Isaac Newton (1642-1727) thought of light as consisting of particles.

464 views • 18 slides

Section 5.3 Physics and Quantum Mechanical Model

Section 5.3 Physics and Quantum Mechanical Model. The study of light led the development of the quantum mechanical model by Schr ödinger’s. Isaac Newton believed that light consisted of particles. Scientists in the beginning of the 1900’s believed that light consisted of waves. Parts of a Wave.

929 views • 20 slides

Mechanical

SuperNova/Acceleration Probe SNAP Study. Mechanical. Dave Peters George Roach June 28, 2001. ...a man who's willing to make a decision in the first place can always make another one to correct any mistake he's made. Harry S. Truman. Topics. Launch Vehicle Volume Comparisons

255 views • 12 slides

Physics and the Quantum Mechanical Model Notes

Physics and the Quantum Mechanical Model Notes. Light and the Atomic Spectrum. Light is composed of waves at different wavelengths The wave is composed of: Wavelength (λ): is the distance between the crests Frequency (ν): the number of wave cycles to pass a point per time

280 views • 15 slides

Physics and the Quantum Mechanical Model Section 13.3

Physics and the Quantum Mechanical Model Section 13.3. KEY TERMS: Amplitude Wavelength Frequency Electromagnetic Spectrum Emission Spectrum Photoelectric Effect Ground State. Key Concepts. The product of frequency ( ν ) and wavelength ( λ ) always equals the speed of light (c)

674 views • 11 slides

5.3 Physics and the Quantum Mechanical Model

5.3 Physics and the Quantum Mechanical Model. Light. By 1900 enough experimental evidence to convince scientists that light consists of waves. Wavelength ( λ , Greek symbol Lambda) Measured in m or nm Frequency ( ν , Greek symbol nu) # waves per unit of time

154 views • 14 slides

PHYSICS: Mechanical Equilibrium

PHYSICS: Mechanical Equilibrium. What usually comes to mind then you hear the phrase: “mechanical equilibrium”?. Imperial Walkers?. Mechanical, but probably not…. PHYSICS: Mechanical Equilibrium. What usually comes to mind then you hear the phrase: “mechanical equilibrium”?. Whiney Jedi?.

240 views • 21 slides

Physics and the Quantum Mechanical Model

Physics and the Quantum Mechanical Model. Light (Waves). Amplitude – The waves height from zero to the crest Wavelength ( λ ) – The distance between two crests.

121 views • 10 slides

More Related