I was just learining this so i hope i can help! Okay Robert Hooke (1635-1703) was a man of considerable talent. His ideas and inventions covered a wide range of science topics! Hooke was a firm believer in expermintal investagation. As he experimented, he carefully recorded his observations. One of his lasting effects on science was his science picture book, Micrographia. The finely detailed drawings in the book demonstrate Hooke's artistic ability and sientific accuracy. Chemist, physicist, naturalist, inventor, architect-Robert Hooke was all of hese and more. In 1665 Robert Hooke examined a small peice of dried cork with a microscope that he had invented.He observed small, empty chambers that he called cells. Scientists soon decovered that what Hooke had actually seen was the cell walls of the dead cork. It was Hooke who first introduced the use of ballence spring for the regulation of watches. He also make improvements in pendulum clocks and invented a machine for cutting the teeth of watch wheels. He improved the microscope. He invented a revolving drum recorder for pressure and temperature and a universal joint. I'm not sure if this helped at all but i hope it did.
cells
Robert Hooke did some important early work in the field of microbiology. He used a microscope to study microscopic organisms.
Robert Hooke doesnt have a middle name.
Robert Hooke mother is Ida Hooke. John Hooke (The father of Robert Hooke) married Ida.
Robert Hooke
Robert Hooke was an English polymath, natural philosopher, and architect. Robert Hooke's father was a well known architect and Robert was known for many things, including discovering the law of elasticity.
He is important because he discovered cells......... and named it cells :)
Robert Hooke
robert hooke is a hooker.
just do Google on Robert hooke's inventions just do Google on Robert hooke's inventions
Robert Hooke was born on July 28, 1635.
Robert Hooke, an English scientist, discovered the existence of cells in cork under a microscope in 1665. He observed and described the cellular structure as resembling small, empty boxes, which he called "cells." This was an important contribution to the field of biology and the development of the cell theory.