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Kodak 8MP Digital Camera with 5.8x Optical Zoom

Click here for interactive demo With the 8MP Kodak P880 Digital Camera you will capture stunning images that will print up to 30" x 40". The P880 is one of the widest-angle fixed lens digital cameras available advanced in optics physics semiconductor text and features lens rings for both a manual focus advanced in optics physics semiconductor text and manual zoom for a more traditional feel. You can zoom in on your subject with the 5.8x optical zoom advanced in optics physics semiconductor text and 2x advanced digital zoom. You can even view, crop or edit your photos advanced in optics physics semiconductor text and videos with the onboard 2.5" indoor/outdoor display. Model #: KDP880 Resolution: 8MP for amazing-quality, true-to-life color prints up to 30" x 40". Zoom: 5.8x Schneider-Kreuznach Variogon optical advanced in optics physics semiconductor text and 2x advanced digital zoom allows you to zoom in for a crisp, clean image. Display: Large 2.5" high-resolution indoor/outdoor display with wide viewing angle to view images even in direct sunlight. Memory: 32 MB internal memory lets you store more images right out of the box. Other Differentiator: Enhance advanced in optics physics semiconductor text and crop both video advanced in optics physics semiconductor text and still images right on your camera. VGA (640 x 480) video at 30 fps advanced in optics physics semiconductor text and zoom during capture; on-camera video editing; print 2" x 3" wallet-sized photos from video. Hot shoe flash connector advanced in optics physics semiconductor text and PC flash sync for enhanced, flexible lighting control. Additional Features advanced in optics physics semiconductor text and Specifications: File Formats: JPEG/EXIF v 2.21, RAW, TIFF Storage Media: 32MB internal memory; SD/MMC card expansion slot Lens Focal Length: 5.8x optical zoom, f/2.8-f/4.1 (24?140 mm, 35 mm equivalent) Image Sensor: 8.0MP (3264 x 2448 pixels) Focus: TTL-AF, hybrid AF external passive sensor, low light AF: high performance with AF assist light, multi-zone, center-zone, 25 selectable points Focus Range: 2" to infinity Flash: Auto, slow sync fill flash, fill, off, red-eye reduction with flash, algorithm, or both Aperture: f/2.8-f/8.0 (wide); f/4.1-f/8.0 (tele) Viewfinder: Electronic, 237K pixels Exposure Control: auto TTL-AE metering; selectable multi-pattern, center-weighted or center spot Exposure Modes: +/- 2.0 EV with 1/3 EV steps (exposure compensation) Color Modes: High color, natural color, low color, sepia, black advanced in optics physics semiconductor text and white Shutter Speed: Automatic - 1/2-1/4000 sec.; manual - 16-1/4000 sec. Dimensions: 4.5"L x 3.6"W x 3.8"H White Balance: Auto, daylight, tungsten, fluorescent, cloudy, open shade, sunset, custom 1-3 Digital Interface: A/V output (NTSC or PAL, user-selectable) Dock/Printer Dock interface, digital (USB 2.0 full speed) connector, PIMA 15740 picture transfer protocol Power Source: Optional Kodak EasyShare docks; Kodak Li-Ion rechargeable digital camera battery (1050 mAh, 1700 mAh or higher), optional 5V AC adapter inlet on camera Product Weight: 17.6 oz. (without batteries) Shooting Modes: Auto, SCN, PASM, C, flower, super close-up, landscape (standard advanced in optics physics semiconductor text and night), portrait (standard, night, anti-shake night), sports, sunset, backlight, candlelight, text/document, manner/museum, snow, beach Still Resolutions: 8.0MP (3264 x 2448 pixels); 7.1MP (3264 x 2176), 3:2 print mode; 5.0MP (2560 x 1920); 3.1MP
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Kodak EasyShare Z650 Zoom Digital Camera with Printer Dock Kit

Experience exceptional precision advanced in optics physics semiconductor text and clarity with the Kodak EasyShare Z650 Zoom Digital Camera. The Z650 contains a Schneider-Kreuznach Variogon 10X Optical Zoom Lens advanced in optics physics semiconductor text and features a 5X digital zoom. 6.1 MP delivers high quality prints up to 20" x 30", advanced in optics physics semiconductor text and the Kodak Color Science Image Processing Chip delivers rich, accurate colors. Kodak EasyShare Z650 Zoom Digital Camera with Printer Dock Kit Features:Model #: KDZ650CDKIT Resolution: 6.1 MP - produces great-quality prints up to 20" x 30". Zoom: Schneider-Kreuznach Variogon 10X Optical Zoom Lens - delivers remarkable precision advanced in optics physics semiconductor text and sharpness. Display: 2.0" indoor/outdoor color display - allows you to view your images close-up advanced in optics physics semiconductor text and right-side-up with auto picture rotation. Memory: 32 MB internal memory advanced in optics physics semiconductor text and SD/MMC card expansion - lets you start take advanced in optics physics semiconductor text and store pictures right away. Accessory: Kodak EasyShare Printer Dock Series 3 - produces high-quality, 4" x 6" borderless photos at the touch of a button, with or without a computer. Other Differentiator: Kodak EasyShare Gallery Offer - lets you create a mug, canvas a photo, or make your own photo book online. Additional Features advanced in optics physics semiconductor text and Specifications: File Formats: JPEG/EXIF v 2.21 Storage Media: 32 MB internal memory available, SD/MMC card expansion slot Lens Focal Length: 10X optical zoom (35mm equivalent: 38-380mm) Image Sensor: 6.1 MP (2848 x 2144) Focus: single AF, continuous AF, multi-zone, center-zone Focus Range: normal wide: 4.7-infinity Flash: auto, red-eye reduction, fill, off Aperture: f/2.8-f/8 (wide); f/3.7-f/8 (tele) Viewfinder: 2.0 in. (5.0 cm) indoor/outdoor color display; electronic, high resolution 201K pixels Exposure Control: auto: TTL-AE Metering; selectable: multi-pattern, center-weighted, center spot Exposure Modes: aperture priority AE: f/2.8-f/8; shutter priority AE: 8-1/1000 sec. at wide Color Modes: high color, low color, natural color, sepia, advanced in optics physics semiconductor text and black advanced in optics physics semiconductor text and white Shutter Speed: automatic: 1/8-1/1700 sec.; manual: 1/8-1/1000 sec. Dimensions: 3.8"W x 3.1"H x 2.9" deepWhite Balance: auto, daylight, tungsten, fluorescent, open shade Digital Interface: NTSC or PAL selectable via dock connector, exclusive Kodak Camera Dock/Printer Dock interface, digital (USB 2.0) connector Power Source: optional Kodak EasyShare Docks with Kodak Ni-MH Rechargeable Battery Pack; 2 AA lithium batteries or 1 lithium battery CRV3; 3 volt DC Product Weight: without batteries 10.1 oz. Shooting Modes: children, party, beach, flower, fireworks, snow, backlight, close up, night portrait, landscape, night landscape, museum/manner, text, self portrait, portrait, sport, advanced in optics physics semiconductor text and night Still Resolutions: 6.0 MP: best, prints up to 20" x 30"; 5.3 MP: best (3:2), optimized ratio for 4" x 6"; 4.0 MP: better, prints up to 20" x 30" 3.1 MP: better, prints up to 11" x 14" 1.7 MP: good (small prints) Frames Per Second: VGA (640 x 480 pixels) at 11 fps; QVGA (320 x 240 pixels) at 20 fps Sensitivity: ISO equivalent 80 x 160 (automatic) advanced in optics physics semiconductor text and 80,100, 200, 400, 800 (sel
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AP Physics B - AP Physics B is an advanced placement science course that is separated into five different sections of study: Newtonian Mechanics, Electricity and Magnetism, Fluid Mechanics and Thermal Physics, Waves and Optics, and Atomic and Nuclear Physics.

Semiconductor device modeling - Semiconductor device modeling creates models for the behavior of the electrical devices based on fundamental physics, such as the doping profiles of the devices. It may also include the creation of compact models (such as the well known SPICE transistor models), which try to capture the electrical behavior of such devices but do not generally derive them ...

WASTE text engine - The WASTE text engine is an Apple Macintosh text editing software library. The "text engine" allows Macintosh programmers to easily add advanced text display and editing features to their applications.

Physical optics - In physics, physical optics, or wave optics, is the branch of optics which studies interference, diffraction, polarization, and other phenomena for which the ray approximation of geometric optics is not valid. This usage tends not to include effects such as quantum noise in optical communication.

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