Then we will add it with twice the radius. We have to find the length of the curve first using the formula, θ 360 × 2 π r, where r is the radius and θ is the angle at the centre. If ao = ob = 42 cm, find the perimeter of the top of the table.
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In the given figure, the shape of the top of a table is that of a sector of a circle with centre o and aob = 90°. The length of the arc can be calculated using the formula for the arc length. Find the perimeter of the table.
If ao = ob = 42 cm,· then find the perimeter.
To find the perimeter of the sector of a circle, we need to add the lengths of the two radii and the length of the arc. In the given figure, the shape of the top of a table is that of a sector of a circle with centre o and ∠aob = 90°. If ap bot ob and ap = 15 cm, find the area of the shaded region. If ao = ob = 42 cm, then find the perimeter of the top of the table.
(a) in the given figure, the shape of the top of a table is a sector of a circle with center o and ∠aob = 90∘. If ao = ob = 42 cm, then. In the given figure, the shape of the top of a table is that of a sector of a circle with centre 0 and aob = 90°. 14 the shape of the top of a table is that of the sector of a circle with centre o and aob = 90 as shown in the given figure if oa = ob = 42 cm then perimeter of the top of the table is (a) 198 cm
Find an answer to your question in the given figure, the shape of the table top is a sector of circle with centre o and angle in aob= 90 degree if ao=ob=42 cm t…
In the given figure, aob is a sector of angle 60^ (@) of a circle with centre o and radius 17 cm. Is there an error in this question or solution? Q22 (a) of 2025 pyq standard set 30/2/1 in the given figure, the shape of the top of a table is that of a sector of a circle with centre o and aob.
