Ask a question » March 2016 Issue Solution Issue Where to download the driver for my Genius i Look 300 Webcam. Solution Try this page, drivers for Genius webcams are listed there: For unlimited offline reading, you can download this article for free in PDF format: Genius-ilook-300-webcam-driver.pdf See also Genius i Look 300 Webcam driver Web camera genius ilook 300 driver Genius camera installer free download Driver Logitech camera » Download - Camera drivers Change vista to xp in pavilion dv 4 ( Solved) » Forum - Windows XP Intex IT-305 WC Webcam driver download » How- To - Hardware Philips SPC1000 NC/00 Webcam Driver » Download - Webcam drivers Dell inspiron webcam drivers » How- To - Laptop computer In the same category Get your computer running in top-notch shape: all solutions Google Glass - The features Go Pro camera - How to change the default video format Go Pro camera - How to the enable auto shutdown feature Go Pro camera - Turn off beeps GPS - Uses in enterprises Green IT: Energy Saving Green IT: Some simple tips Handheld/ Outdoor GPS - Introduction Hardware - How to find your drivers? Published by aakai1056. This document entitled « Genius i Look 300 Webcam driver » from CCM (ccm.net) is made available under the Creative Commons license. You can copy, modify copies of this page, under the conditions stipulated by the license, as this note appears clearly. Previous HCL L19 CMP laptop - Video Drivers Next HP PAVILLON DV6000 - Battery icon issue.
Based on the assumption that the heads are 60 cc instead of 58cc, here's the revised numbers. I re-measured everything with inside micrometers and depth indicators. ( I bought my dad's tools when he retired in October. Very, Very good investment!) Okay: Here's the numbers: Bore area: 70.76cm^2 (3.737 dia bore) Deck height at BDC: 3.515 (8.93 cm) Deck height at TDC: 0.029 (0.073 cm) Bore volume at BDC: 631.8 cc ( Remember Pi* R^2* H?) Bore volume at TDC: 5.2 cc Piston vol: 5 cc Gasket vol: 3.2 cc (.017 thk. 3.815 dia.) Head chamber size: 60 cc (approximated) BDC Volume: TDC Volume: Bore Volume 631.8 cc 5.2 CC (.029 deck ht.) piston volume 5.0 cc 5.0 cc gasket volume 3.2 cc 3.2 cc chamber volume 60.0 cc 60 cc Total: 700.0 cc 73.4 cc Compression Ratio: BDC Vol / TDC Vol = = compression ratio. What is interesting is this: How is CID computed? Evidently the difference between the bore volume at BDC and at TDC. 631.8 cc - 5.2 cc = 626.6 cc * 8 = 5.01 Liters. This would be the amount of gas that is DISPLACED from BDC to TDC.
Download Now