1) Area problems are one of the most common uses of geometry in our everyday lives. Let's say you need to install new carpet in your bedroom. How much carpet will you need to buy? Measure your room's length and width and then multiply them together to find out how many square feet of carpeting is needed. This is represented by the formula A = L x W, or area equals length times width. If, for example, your room is 12 feet by 10 feet, you will need 120 square feet of carpet.
2) Another area problem you may encounter is determining how many cans of paint to buy to cover your walls. The label on the gallon of paint tells you it will cover 400 square feet. You measure your walls and find that the room you want to paint has walls of the following dimensions: 10 ft x 10 ft, 10 ft x 8 ft, 10 ft x 10 ft and 10 ft x 8 ft. So you need to cover the areas of 100 square feet + 80 square feet + 100 square feet + 80 square feet = 360 square feet. Your room can be single coated by one can of paint.
3) Perhaps you are planning a garden. A bag of fertilizer says it can cover 100 square feet. You need to know how many bags you will need. Measure the area of your garden (length times width) to find your area. Let's say my garden measures 40 feet by 20 feet. That means I need to cover 800 square feet of area with fertilizer. Divide 800 by 100 and you get 8. We need 8 bags of fertilizer for my garden.
4) Let's say you want to fence in the garden we just mentioned. Find the perimeter to answer this question. Add up all four sides to get the perimeter - 40 +20 + 40 + 20 = 120 feet. You will need 120 feet of Fencing to enclose your garden.5
Volume involves three dimensional space. You could use volume to find out how much cement mix it will take to pour a walkway or how much sand is needed to fill a sandbox. Let's look at the sandbox example. You have built a sandbox that is 5 feet long by 5 feet wide. The sides are 6 inches tall. Volume is length times width times height or V = L x W x H. Six inches equals one half of a foot, or 0.5 feet. Our equation would be 5 x 5 x 0.5 = 12.5 cubic feet. It will take 12.5 cubic feet of sand to fill our sandbox. A fifty pound bag of sand is approximately half a cubic foot, so 25 bags would fill the sandbox completely full, or 12 and 1/2 bags would fill it half full, leaving room for sand toys and kids.
Uses of geometry in the workforce1) Whenever you build something, you will encounter geometry. Professions such as carpentry and engineering make regular use of geometry problems.
2) Computer aided drafting and computer graphics for Video Games and movies use geometry extensively. The computers do a lot of the math for us now, but the calculations they use to do their work is deeply rooted in geometry.
3) Land surveying, navigation and astronomy all use geometry in their calculations.
4) Geometry is used in the medical field for imaging, modeling, and more.
Architects and if you study Geometry you will have to use graphs.
You need to get more creative. You can use geometry to find the area of just about anything in day to day life. You can use geometry to find the height of buildings by using the shadow. You can use geometry to find the space of just about anything. There are tones of ways. Even though as a geometry student I don't like to admit that what I'm learning is useful, it kinda is.
Prime example of radiation in our every day life is the heat we get from the sun (mostly radiation heat)
Almost every number that almost every ordinary person uses in his personal life on almost every typical day is a rational number.
we use mobius strips in our every day life when we see someone using a paper belt or or bracelet or necklace.
Architects and if you study Geometry you will have to use graphs.
Geometry is used in every day life to measure other things. For example, to know how much carpet to buy for a room, a person will need to know how to calculate area.
3 words: every, day, life
You need to get more creative. You can use geometry to find the area of just about anything in day to day life. You can use geometry to find the height of buildings by using the shadow. You can use geometry to find the space of just about anything. There are tones of ways. Even though as a geometry student I don't like to admit that what I'm learning is useful, it kinda is.
Every Day Is a New Life was created on 2000-10-03.
your life will be very difficult to spend with that person and you will have a lots of fights every day and your hurt will discuss that person
You probably use metric and imperial in your every day life.
Ants like sugar, and that can be applied to every day life as a sweetener.
i day :p
Prime example of radiation in our every day life is the heat we get from the sun (mostly radiation heat)
Almost every number that almost every ordinary person uses in his personal life on almost every typical day is a rational number.
You do not use Python coding in every day life. Most people in every day life are not programmers of any kind. Of those who are programmers, nobody uses Python in everyday life unless they happen write or maintain server-side scripts in Python every day. Other languages are available, of course.