Floors of a room is to be fitted with square marbles tiles of largest possible size. The size of room is 10m x 7m. What should be the size of the tiles that has to be cut and how many such tiles are required?
Answers
Answered by
386
Solution :-
Least number of square tiles are required if the side of the square tile is the H.C.F. of the length and breadth.
length of the room = 10 m
Breadth of the room = 7 m
H.C.F. of 10 and 7
10 = (7*1) + 3
7 = (3*2) + 1
3 = (1*3) + 0
So, H.C.F. of 10 and 7 is 1
Therefore, the length of the square tile is 1 m
Area of 1 square tile = 1*1 = 1 sq m
Area of the room = 10*7 = 70 sq m
Number of square tile required each measuring 1m × 1m = 70/1
= 70 tiles
Hence, the size of each square tile is 1m × 1m and 70 square tiles will be required.
Answer.
Least number of square tiles are required if the side of the square tile is the H.C.F. of the length and breadth.
length of the room = 10 m
Breadth of the room = 7 m
H.C.F. of 10 and 7
10 = (7*1) + 3
7 = (3*2) + 1
3 = (1*3) + 0
So, H.C.F. of 10 and 7 is 1
Therefore, the length of the square tile is 1 m
Area of 1 square tile = 1*1 = 1 sq m
Area of the room = 10*7 = 70 sq m
Number of square tile required each measuring 1m × 1m = 70/1
= 70 tiles
Hence, the size of each square tile is 1m × 1m and 70 square tiles will be required.
Answer.
Answered by
34
SOLUTION:
Least number of square tiles are required if the side of the square tile is the H.C.F. of the length and breadth.
length of the room = 10 m
Breadth of the room = 7 m
H.C.F. of 10 and 7
10 = (7*1) + 3
7 = (3*2) + 1
3 = (1*3) + 0
So, H.C.F. of 10 and 7 is 1
Therefore, the length of the square tile is 1 m
Area of 1 square tile = 1*1 = 1 sq m
Area of the room = 10*7 = 70 sq m
Number of square tile required each measuring 1m × 1m = 70/1
= 70 tiles
Hence, the size of each square tile is 1m × 1m and 70 square tiles will be required.
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