"Sailors have long used ropes with weights on the end to measure depths in shallow water. Often they tied knots 6 feet (1 fathom) apart in the rope for ease of measurement. The number of knots let out gave the depth in fathoms once the weight hit the bottom. The first accurate physical measurements of the deep ocean bottom were made by Sir J. Clark Ross in 1840 who measured a depth of 4435 meters off Antarctica. Later, extensive depth recordings were taken by scientists on the H.M.S. Challenger using steam-driven winches with one inch hemp rope that did not tangle."
The purpose of the voyage of the Challenger was to discover different marine species.
His Majesty's Ship. This prefix is used with all British military ships. Literally, it means "the ship of the King" (when Darwin was onboard the Beagle, George V was in power). Today, however, it stands for Her Majesty's Ship.
Engraving tools can be used for a wide variety of task but more specifically for arts and crafts. Engraving tools can range from stone wood working to stone.
He used various tools to experiment
what tools arte generally used for rocket science
The full name is HMS Challenger ll. It is a British exploration vessel.
The space shuttle Challenger was named after a British naval research vessel, HMS Challenger, which explored the oceans in the 1870s. NASA chose the name to honor the legacy of exploration and scientific discovery associated with the original HMS Challenger mission.
HMS Challenger
HMS Challenger
HMS Challenger
HMS Challenger
to map the sea
alot of stuff
The purpose of the voyage of the Challenger was to discover different marine species.
The name of the ship was the HMS Challenger. The Challenger expedition was a groundbreaking oceanographic survey that laid the foundation for modern oceanography.
HMS Challenger
HMS Challenger used echo soundings, which involved sending sound waves to the ocean floor and recording the time it took for them to bounce back, to map the ocean floor. This method helped create the first global maps of ocean depths.