512x512x1 (256 = 2^8 = 1byte) * 8 (convert to bits) / 300 bits per second = 6990.50(6) seconds.
The total amount of data (including the start and stop bit) in an 8-bit, 1024× 1024 image, is (1024)2×[8+2] bits. The total time required to transmit this image over a 56K baud link is (512)^2 ×[8+2]/300 =8738.1 sec or about 145.6 min.
Corbis Bettmann
No one. The first person to transmit a television image in 1923 was John Logie Baird, born in Scotland, not Utah.
a fax can send any "image" - the image format is similar to the TIFF format on a computer. This means that the image can also contain writing or handwriting. Most faxes transmit in black and white, and while there are some that transmit color, they are not as common.
transparent or translucent
Digitizing images images make it easy to transmit images because when you digitize images the image is sent through the camera which will turn it into digits, so when you re open the image it will still be there which means it saves onto the camera or the computer
It allows you to transmit peices of paper to another fax machine.It does this by digitizing an image or word
Yes. The picture itself has information about the kind of phone or camera used to take the image, and whatever medium is used to transmit the image will contain tracking info about its origin.
There is no relation between the image size (pixel count) and the number of color or gray levels supported. Therefore there is no answer to this question.If your question is how many levels of gray does a grayscale image allow, please post it like this.
A US dollar sign was the image that was transmitted. However, in 1925, John Logie Baird transmitted the first televised image in a public demonstration in London. So, the dollar sign was a notable image but not the first.
No. If for no other reason, there is no air where the satellites orbit.
r u in room 206 right now