Well just say your wife/husband wants you to tile the bathroom. Instead of buying a random amount of tiles you can simply measure the area you want tiled to figure out the exact number of tiles needed. This is a pretty literal real life application though. Basically the tiles per certain area exercise also has the effect of teaching one how to deduce how many units [the tiles] will fit into a certain space [the area] this has all sorts of real world applications to do with problem solving if you really think about it and even though when I was in school I found these kinds of exercises pointless I often use the things I learnt in real life now :D
The main places that tessellation is used in daily like Is in homes and other buildings. Kitchen, bathroom, ceiling, etc tiles are all tessellations.
How do we use the number 80 in are daily life?
Finding a balance between exercise and daily life.
It is used for finding the area of triangle we can use it in our daily life. For example area of a triangular park etc.
Geometry has many uses in daily life. You use geometry when doing home improvement projects such as finding square footage, reupholstering furniture, or laying new flooring.
Depends on your life. If you flip burgers for a living then sit around watching TV, none. If you design bridges, or build houses, or lay floor tiles, lots.
Finding a street on a street-map when its localization is given by D1 for example...
how do whole number relate to everday life
helps in history- timelines
The HCF helps in simplifying fractions and the LCM helps in finding the lowest common denominator in fractions
Area of one tile = 6" x 6" = 0.5 ft x 0.5 ft = 0.25 sq ft. Area to be covered = 65 sq ft Minimum number of tiles required = 65/0.25 = 260 tiles. This is the minimum number. In real life, the number may be larger if the area to be covered is not rectangular, or whose sides are not not an exact number of half-feet. It will then be necessary to cut tiles and that could result in breakages. Also, additional tiles may be required unless you are prepared to have a mosaic of all the offcuts.
0, 1, 2, 3, 4, ...