Changes

As you can see the microscope started with simple magnification; now,the images captured by the microscope and camera can be input into the computer for further study and research. It has even become possible to scan parts of the body for diagnosing illnesses.  Many complex problems in biology are being studied through the use of computers.  Some of these areas include cancer research, study of how certain diseases develop and  development of medicines.   

As you can see the microscope started with simple magnification; now,the images captured by the microscope and camera can be input into the computer for further study and research. It has even become possible to scan parts of the body for diagnosing illnesses.  Many complex problems in biology are being studied through the use of computers.  Some of these areas include cancer research, study of how certain diseases develop and  development of medicines.   

Similarly, our understanding of [https://en.wikipedia.org/wiki/Astronomy astronomy] has been expanded after the invention of the telescope. But to make a telescope or microscope, we need to understand the properties of light. We must understand how a lens works, how light travels. Thus, science and technology are very closely connected.   

Similarly, our understanding of astronomy has been expanded after the invention of the telescope. But to make a telescope or microscope, we need to understand the properties of light. We must understand how a lens works, how light travels. Thus, science and technology are very closely connected.   

Your teacher will discuss with you more examples of how technology has impacted the way we understand many natural phenomena.

Your teacher will discuss with you more examples of how technology has impacted the way we understand many natural phenomena.