Generally speaking, film has a much better resolution than digital cameras. In fact, if you were to compare good 35mm color film to the "megapixel" rating of digital cameras, film would rate in the area of 24 megapixels. The problem is not with the resolution of the storage media (digital vs. film), but rather the abilities of the cameras themselves. A disposable camera is going to have a disposable lens in it. Lenses have a very big impact on the quality of your photos. So, in short, the disposable camera might have a better resolution, but the digital camera will likely have sharper pictures. The operative word here is disposable. Most of the 'disposables' on the market would be better if they were disposed of before taking pictures.
No. Slow motion is the result of recording images at a very fast rate and then playing them back at a normal rate.
This depends on how smooth you want your animation to look the minimum frame rate is usually 12 frames per second therefore 12fps * 60(seconds per minute) * 3(minutes) = 2160 frames if you want to try different frame rates use the equation f(x) = x * 180 where x = the number of frames per second to find the number for frames you will have to take to complete your video.
24 frames per sec .
The International Standards Organisation code (ISO) was developed to consolidate the ASA/DIN system to rate the relative speed of various films. ISO 400 film is faster than ISO 100 film, for example, making it better for low-light or fast action photos
The television frame or field frequency will vary according to the content. It is the content that defines the frequency and not the hardware it plays on. In Europe, the field rate for 1080i signals is 50Hz with the frame rate at 25Hz. For 1080p, the frame and field rate are normally both 50Hz In North America, the rates are 30Hz and 60Hz respectively. There are some other rates that might rarely be seen. Commercial film production uses a frame rate of 24Hz and sometimes video conversions will capture at a 24Hz frame rate. For an HD capture, the full description will be 1080p, 24. Similarly, in Europe, film is often converted to video at 25 frames per second by increasing the playback speed of the film. The resulting video can then be 1080p, 25. Many Bluray and DVD players will simply output the video at the frame rate that is stored on disc rather than converting it to different rates.
The average human frame rate is at least 24 frames/second.
In terms of moving pictures, whether they be on computer video clips, or television broadcasts, or movies, or whatever, frame rate refers to rate at which still image frames are changed. Frame rate is usually measured in fps, frames per second. The higher the number the better.
Slow motion is a technique used in film and video production where the action is recorded at a higher frame rate than usual, giving the impression of slower movement when played back at the standard frame rate. This effect highlights details and adds dramatic or artistic emphasis to the visuals by stretching out the passage of time.
195fps
Video frame rate refers to the number of individual frames or images displayed per second in a video sequence. A standard frame rate for video playback is typically around 24-30 frames per second, although higher frame rates like 60fps are common for smoother motion. Frame rate impacts the perceived smoothness of video playback, with higher frame rates providing more fluid motion.
It is mainly speed. Real time = 60 Frames Per second Frame by Frame, means animation at a slower rate.
North America uses 60Hz field rate for television pictures. For those who want to be really picky it's actually 59.94Hz. That very odd rate comes from the early days of television where timing circuits were far easier to build at 59.94Hz rather than 60Hz. Although that technical restriction is long gone, the field rate remains the same. The filed rate means that every 60th of a second, one field is displayed. A field is half of a full image and will contain only odd line numbers or only even line numbers. Two fields will produce a complete frame 29.97 times every second. This display method is called interlaced. It is denoted by the "i" in 1080i, 480i etc. Two HD television formats display a complete image with each field. 60 times every second, all line numbers are displayed one after the other. This is known as progressive scanning and is denoted by the "p" in 720p and 1080p for example. The other rate that is found occasionally is 24Hz as a progressive scan, This is used for transferring film to video and can sometimes be found on discs. It is never used as a broadcast rate and is normally confined to television production facilities. Normally, if a film is transferred to video for broadcast, a technique called 3-2 pull down is used, This takes one frame of a film and uses it to create three fields of a TV picture. The next frame of the film will generate two fields of the TV picture. The process will repeat, creating three and then two fields for each of the film frames. This generates a 60Hz field rate while retaining the original speed of the film. The other television rate, found in Europe and other parts of the world is 50Hz field rate and 25Hz frame rate.
1080 format uses a resolution of 1920 pixels wide by 1080 high. The "p" stands for progressive scan and indicates that a full frame is refreshed at a rate of 50, 59.94 or 60 frames per second. In rare cases, it may also use refresh rates of 24, 25, 29.97 or 30 frames per second. The frame rate depends on the source material and most monitors and televisions will display any frame rate that is received. North American television uses 29.97 or 59.94 frames per second while European signals are 25 or 50 frames per second. 24 frame is sometimes seen when a film is converted directly to video without any kind of frame rate conversion.
Refresh rate (most commonly the "vertical refresh rate", "vertical scan rate" for CRTs) is the number of times in a second that display hardware draws the data. This is distinct from the measure of frame rate in that the refresh rate includes the repeated drawing of identical frames, while frame rate measures how a video source can feed an entire frame of new data to a display. For example, most movie projectors advance from one frame to the next one 24 times each second. But each frame is illuminated two or three times before the next frame is projected using a shutter in front of its lamp. As a result, the movie projector runs at 24 frames per second, but has a 48 or 72 Hz refresh rate.
Refresh rate (most commonly the "vertical refresh rate", "vertical scan rate" for CRTs) is the number of times in a second that display hardware draws the data. This is distinct from the measure of frame rate in that the refresh rate includes the repeated drawing of identical frames, while frame rate measures how a video source can feed an entire frame of new data to a display. For example, most movie projectors advance from one frame to the next one 24 times each second. But each frame is illuminated two or three times before the next frame is projected using a shutter in front of its lamp. As a result, the movie projector runs at 24 frames per second, but has a 48 or 72 Hz refresh rate.
TiVo has a great frame rate which is at 29.97fps with a minimum of 23 fps. You can pay for TiVo with a monthly charge or you can buy an actual subscription.