The length of the longest rod that can be fitted in a cubical vessel of edge `10 c m\ ` long, is `10\ c m` (b) `10\ sqrt(2)\ c m` (c) `10\ sqrt(3)\ c m` (d) `20\ c m`

The length of the longest rod that can be fitted in a cubical vessel of edge 10 c m\ long, is (a) 10\ c m (b) 10\ sqrt(2)\ c m (c) 10\ sqrt(3)\ c m (d) 20\ c m

The length of the longest rod that can fit in a cubical vessel of side 10 cm, is

The length of the longest rod that can be fitted in a cubical vessel of edge 10cm long,is 10cm(b)10sqrt(2)cm(c)10sqrt(3)cm(d)20cm

The length of the longest rod that can be placed in a room of dimensions (10 m xx 10 m xx 5m) is

The length of the longest rod that can be placed in a room of dimensions 10m xx10m xx5m is 15sqrt(3)(b)15(c)10sqrt(2) (d) 5sqrt(3)

Find the length of the longest rod that can be placed in a room 16 m long, 12 m broad and 10(2)/(3)m high.

What will be the length of the longest rod that can fit in 12m long, 4 m wide and 3m high- room.

The radius of a circle is 6 cm. The perpendicular distance from the centre of the circle to the chord which is 8 cm in length, is (a) sqrt(5)\ c m (b) 2sqrt(5)\ c m (c) 2\ sqrt(7)\ c m (d) sqrt(7)\ c m

The area of a square is 50 c m^2 . The length of its diagonal is (a) 5sqrt(2)\ c m (b) 10 cm (c) 10sqrt(2)\ c m (d) 8\ c m