Robert Hookie was the first person to see cells in a cork, the bark of a tree he also then mamed them cells after the laitn term compartment
There are 16 feathers in acork. - M.savitha
Robert Hooke, an English scientist, is credited with first observing and describing "little boxes" or cells in cork under a microscope in the 17th century. This discovery marked the beginning of the field of cell biology.
I have seen the Aurora Borialis in Dec 2012 in Cork, Republic of Ireland GPS approx 51.8N , 9.5W
The compass was traditionally made with a magnetized needle floating in a liquid-filled housing to orient itself toward the Earth's magnetic field. Modern compasses can also incorporate electronic components to provide more precise readings.
Two scientists who studied cells using microscopes were Robert Hooke, who in 1665 was the first to observe cells in a piece of cork, and Anton van Leeuwenhoek, who in the 1670s observed single-celled organisms through his microscopes.
Robert Hooke looked at cork cells through his crude microscope. In fact he was the one who coined the term cell, as he said the cork cells reminded him of the cells where monks lived.Read more: Who_was_the_first_to_look_at_plant_cells_with_a_microscopeRobert Hooke. The cells were cork cells.
The lack of microscopes with sufficient magnification capabilities before the 1600s prevented scientists from observing cells. It wasn't until the development of the compound microscope in the 17th century that cells could be visualized.
No, a cork cannot pass through a sieve. The cork's size is typically larger than the openings in a sieve, preventing it from passing through.
Robert Hooke observed cork cells* through a microscope in 1665.* In fact, he coined the term, cell, at that time because of the resemblance of the cork material to the cells that monks lived in.
Robert Hook was first to look through a microscope to observe slices of cork. He described these as "boxes", later came to know as "cells".
The last part of it flows through Cork, before entering the sea, south of the city.
The speed of sound through cork is approximately 800 to 1,200 meters per second, depending on factors such as temperature and the density of the cork. This speed is relatively slower compared to sound traveling through materials like metals or water, due to cork's porous and lightweight structure. Sound propagation in cork is influenced by its unique cellular composition, which affects how vibrations move through the material.
The first recorded observation of cork cells was made by English scientist Robert Hooke in 1665. He viewed thin slices of cork through a primitive microscope he had constructed, describing the cells he saw as resembling small, empty rooms or compartments.
Cells were first discovered by Robert Hooke in 1665 while examining a slice of cork through his self designed microscope.
cork
Robert Hooke looked at cork cells through his crude microscope. In fact he was the one who coined the term cell, as he said the cork cells reminded him of the cells where monks lived.