The Invention Of Light Microscope By Robert Hooke - 846 Words

Since the invention of light microscope by Robert Hooke and the study of living cells, knowledge in the field of science has developed tremendously. In fact, the development of computers in the twentieth century proved itself a real boon for education. Technology is a tool in teaching and learning processes. Technology and knowledge have always been complementary to each other. In school settings technology can be applied to ease the exchange of knowledge. In modern educational setting, PowerPoint presentations, video learning, video conferencing, online homework, and online examinations have become time saving and easy-to-use techniques. There are numerous types of scientific and technological equipment used by students. Some of them are computers, projectors, smartphones, tablets, smart pens, video and/or audio recorders. In addition to such equipment programs, the Internet has become a key medium for the exchange of information. A useful innovation available to students and learne rs is the World Wide Web. It lets us send electronic mails, communicate, and do research. Technology has improved higher education in a number of visible ways. One of the technologies that help students the most is computers. They help students to learn various skills such as word processing, and access resources such as show links, mathematical formulas, and other features. Computers also help students and teachers to work collaboratively, communicate with each other, and learn importantShow MoreRelatedThe Evolution of the Microscope Essay784 Words   |  4 PagesMicroscope Research Paper The evolution of the microscope. The first form of the microscope was a crystal that was found by someone from a long time ago. The crystal was thick in the middle, but thinner around the egdes. The crystal made things look bigger when someone looked through it. The pearson also noticed that if the sun shone through the crystal, certain things could get burnt or set on fire. They were known as magnifiers. Magnifiers were mentioned in the writings of the two Roman philosophersRead MoreA True Sight Of Robert Hooke s Letter1956 Words   |  8 PagesSCIE 258 Prof.K Tianhao Liu A true sight of Robert Hooke’s letter This article is going to evaluate what kind of person Robert Hooke is by a letter. Although Robert Hooke is well known for his great discover of the field of microbiology, there is some proof that Robert Hooke may take his advantage of his background in Royal society to take down his opponent. I come out this thought while I am digging the background of the people related to the letter, and I want to know the backgroundRead MoreThe Life and Times of Sir Isaac Newton Essay1609 Words   |  7 Pagesgravity. In addition, he started to create Calculus. Newton was allowed to return to Cambridge in 1667, and in 1669, he became a math professor. In between his return and appointment as a professor, he invented the reflecting telescope. This invention brought him into the limelight and in 1672 Newton was inducted into the Royal Society. He became the president of the Royal Society in 1703. Throughout his life, Newton also published books. Two of his books are The Opticks and Philos ophiae NaturalisRead MoreHistorical Development of the Cell Theory1715 Words   |  7 Pagescell theory, in particular the contributions of Robert Hooke and Robert Brown. The development of the cell theory starts in the 1600Ê ¼s with Robert HookeÊ ¼s discovery of cells when viewing a piece of cork under a microscope and describing them as a nun house. Anton van Leeuwenhoek was crucial in the development of microscopes making simple microscopes through advanced lens making techniques that enabled him to see 300X and also discovered bacteria. Robert Brown later in the 1900Ê ¼s made the discovery ofRead MoreThe Earliest Microscopes and Pond Ecology Essay1084 Words   |  5 PagesThe earliest microscope magnified the object ten times the actual size. They were made up of a tube with a plate for the object at one end and, at the other, a lens which magnified the object. In 1609, Galileo worked with the lenses and made more advanced instrument with a focusing device. Anton van Leeuwe nhoek taught himself methods of   polishing tiny lenses of extreme curvature which gave best magnification of that time up to 270 diameters. This led to the building of his microscopes and his discoveriesRead MoreUsing A Compound Microscope Lab Report2064 Words   |  9 Pages Due: 10/19/15 Using a Compound Microscope Lab Report E Period Abstract The purpose of this lab is to learn about the parts and uses of a compound microscope. It is also to learn how to properly use and take care of the microscope. This lab showed me what materials and parts of the microscope I should use when examining an object. Introduction The microscope was invented by a father and son, Hans and ZacchariasRead MoreSok Notes Module 32689 Words   |  11 Pagesnatural world. Science is based on assumptions of our senses and the use of instruments to help us be precise. It is empirical [it falls beyond our senses]. Science follows very specific rules. Science does not exclude creativity and imagination, all inventions started from the inquiring mind. 3 methods of science are Observation, Experimentation and Measurements. Steps in science are Observation, Comfort (help and make lifestyle easier) and labour or energy saving. Science involves different branchesRead MorePreliminary Biology Yearly Notes6280 Words   |  26 Pagesclimate, etc. | Avaliaibility of ions | Salwater environments contain 3.5% of dissolved salts. Freshwater environments have low ion concentration. | Ions are avaliable in the soil. The type and amount depends on the composition of the soil. | Light penetration | Availability varies with depth; decreases with depth | Readily available | Availability of space | Limiting factor – depends on organism and environment | Limiting factor – depends on organism and environment | Distribution and Abundance Read MoreScience and Technology13908 Words   |  56 Pagesfor Electronic Equipment Hamida Amalia â€Æ'When Science Meets the World Third Prize Essays Phang Wen Bin ãÆ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' »Ã£Æ' » 15 Children s Category â€Æ'Electrical Outages and Influenza Motoharu Fuchikawa â€Æ'Let It Light the Darkness: A Dream Comes True Adeline Tiffanie Suwana â€Æ'Photosynthetic Masks and Global Warming Mizuki Hashimoto â€Æ'Dynamic Science: The Makings of a Better World Denzil Furtado â€Æ' Science Equals Humans Tatsuhiko Hasemi Youth Category Read MorePhysics in Daily Life13985 Words   |  56 Pagesa helical spring when subjected to an increasing force. State and use Hooke’s law to solve simple problems. Understand the meaning of elastic limit. Experimental investigation of the relationship between force and extension of a helical spring. Robert Hooke. Discuss why the concrete and steel structure used in high buildings enables them to retain their original shape in wind and to withstand wind loads. 16 SEC Syllabus (2012): Physics 2.7 Understand that the turning effect of a force depends