A conical tent has $60^{\circ}$ angle at the vertex. The ratio of the radius and slant height is
$1 : 2$
$1 : 3$
$1 : \sqrt{2}$
$1 : \sqrt{3}$

1 : 2

1 : 3

1 : \sqrt{3}

1 : \sqrt{2}

Open in App

Solution

Verified by Toppr

Was this answer helpful?

Similar Questions

A conical tent is $10 m$ high and the radius of its base is $24 m$ . Find slant height of the tent and cost of the canvas required to make the tent, if the cost of $1 m^{2}$ canvas is $R s . 70$ .

View Solution

A conical tent is 10 m high and its base radius is 24 m.
Find (i) the slant height of the tent and (ii) the cost of canvas required to make the tent, if the cost of 1 m² of canvas is Rs 70.

View Solution

A conical tent is

10 m

high and the radius of its base is

24 m

. Find the slant height of the tent. If the cost of

1 m^{2}

canvas is

R s . 70

, find the cost of the canvas required to make the tent.

View Solution

A conical tent 10 m high and tha radius of its base is 24 m . Find the slant height of the rent. If the cost of $1 m^{2}$ canvas is Rs70, find the cost of canvas required to make the tent.

View Solution

A circus tent is cylindrical to a height of 3 m and conical above it. If its base radius is 52.5 m and slant height of the conical portion is 53 m, find the area of the canvas needed to make the tent

View Solution

A conical tent has 60∘ angle at the vertex. The ratio of the radius and slant height is 1:21:31:√21:√3

A conical tent has $60^{\circ}$ angle at the vertex. The ratio of the radius and slant height is
$1 : 2$
$1 : 3$
$1 : \sqrt{2}$
$1 : \sqrt{3}$