Sure. If you can make a sound, a light, or a gesture that can be seen or heard at some distance under water, then you can regulate the sight or sound to form the long and short signals that constitute Morse. Divers already use hand gestures to convey pre-arranged meanings. Morse Code is just 26 patterns of two symbols, pre-arranged to stand for all of the letters of the alphabet. All it takes is two people who agree on the same list of patterns ... and who can kind of spell ... and they can use the patterns to exchange full text.
First of all; It would be "What happened after Morse code was invented" and Second of all; do your own stupid work.
Morse code is boring to translate _________________________________________________________ It says "Gaz". C Ning
Alfred Vail was his assistant and is believed to have done much of the actual work on Morse Code as well.
use a record player, it wont go beep,but it will work
Samuel Morse is credited with perfecting the electrical telegraphy system in the 1830s, including the development of the Morse code. His work revolutionized long-distance communication.
A Morse code machine typically consists of a key or button that can be pressed to create short or long signals (dots and dashes) representing letters or numbers. These signals are then translated into corresponding letters or numbers based on the Morse code alphabet. This allows messages to be sent and received using a series of short and long signals.
Morse code - is an internationally recognised signalling system. Each letter, number and punctuation mark is represented (on paper) by a series of dots and dashes. a dot represents a short 'tone' - and a dash represents a long tone. The most recognisable morse code 'phrase' is SOS.... which is sent as . . . _ _ _ . . . (dot dot dot dash dash dash dot dot dot).
Samuel Morse developed the Morse code circuit in the early 1830s as part of his work on the telegraph system. He created a simple electrical circuit that transmitted pulses through a wire, which were then converted into dots and dashes representing letters and numbers. This system allowed for efficient long-distance communication by encoding textual information into a series of on-off signals. Morse's design laid the foundation for modern telecommunication systems.
Samuel Morse worked as a painter
Samuel Morse was primarily known for his contributions to the telegraph industry. He co-developed the electric telegraph and created Morse code, a system of dots and dashes used for transmitting messages over long distances. His innovations revolutionized communication in the 19th century, enabling faster and more reliable information exchange. Morse's work laid the foundation for modern telecommunications.
Samuel Morse's favorite color is not widely documented, as he is primarily known for his contributions to telegraphy and the development of Morse code. Personal preferences like favorite colors are often less emphasized in historical records. If you're interested in his work or contributions, I can provide more information on those aspects.
Samuel Morse studied at Yale College, where he initially focused on the study of the arts, particularly painting. He developed a keen interest in art and became a successful portrait painter. However, his studies also included scientific subjects, which later influenced his work in developing the telegraph and Morse code.