the dimensions of a room are ( 10 m * 8 m * 3.3 m). how many men can be accommodated i this room if each man requires 3 m3 of space
Answers
Answered by
36
The room is in shape of a cuboid.
Given.
Length of cuboid= 10m
Breadth of cuboid= 8m
Height of cuboid= 3.3m
Volume of cuboid= l*b*h
= 10*8*3.3
= 264 m3
Given each man requires 3m3 of space
No of men can be accommodated in the room= Volume of room/ volume of each man
= 264/3
=88
Therefore, maximum 88 men can be accommodated in the room.
Given.
Length of cuboid= 10m
Breadth of cuboid= 8m
Height of cuboid= 3.3m
Volume of cuboid= l*b*h
= 10*8*3.3
= 264 m3
Given each man requires 3m3 of space
No of men can be accommodated in the room= Volume of room/ volume of each man
= 264/3
=88
Therefore, maximum 88 men can be accommodated in the room.
Anonymous:
Hope this was helpful
Answered by
7
Answer:
volume of the room is equal to Tu
length x breadth X height
10m*8m*3•3m
264 metre cube
number of men can accommodated in room
264/3=88
no of men =88
Similar questions
English,
8 months ago
Math,
8 months ago
Social Sciences,
8 months ago
Math,
1 year ago
English,
1 year ago
Computer Science,
1 year ago
Hindi,
1 year ago