'Ramp system' presentation slideshows

465 views • 37 slides

MULTI STOREY CAR PARKING

MULTI STOREY CAR PARKING. BY: KHAIRUNNUR BT MD SHAKRI NUUR LAILY BT KHAIRUDDIN. MULTI STOREY CAR PARKING.

4.15k views • 34 slides

Impact of Technology on Merchandising Course Project

Impact of Technology on Merchandising Course Project. Ben Fudge Fashion Merchandising Planning and Control I. Presentation Overview. The purpose of the presentation is to engage in an understanding and research of the impact of technology on the field of merchandising.

282 views • 14 slides

Chapter 10 Review

Chapter 10 Review. How much work is done when a crate is pulled at a 15 o angle to the horizontal for 15 m with a force of 45 N?.

185 views • 13 slides

What Great Research ?s Can RAMP Help Answer?

208 views • 12 slides

Preparation Status of pp Run11

Preparation Status of pp Run11. Haixin Huang. Time Meeting 12/21/2010. 250 GeV Run Machine Parameter. No of bunches: 109 Protons/bunch: 1.35x1011 Ramp working point Qx , Qy : (28.690,29.675) Store working point Qx , Qy : (28.695,29.685) # of collisions 2 (3 in later half store)

124 views • 4 slides

Preparation Status of pp Run11

Preparation Status of pp Run11. Haixin Huang. Time Meeting 12/21/2010. 250 GeV Run Machine Parameter. No of bunches: 109 Protons/bunch: 1.35x1011 Ramp working point Qx , Qy : (28.690,29.675) Store working point Qx , Qy : (28.695,29.685) # of collisions 2 (3 in later half store)

111 views • 4 slides

Ramp Energy System

Ramp Energy System. Now lets calculate numbers for GP E , K E , and T E (Assume NO friction). A. m=10kg. h=200m. B. v=0m/s. C. D. E. h=0m. Ramp System Answers. Swing System Calculations (For each position find GP E , K E , and T E ). m=65kg. A. E. h=15m. h=15m. B. D. h=7.5m.

164 views • 4 slides