In the given figure, AT is a tangent to the circle with centre O such that OT = 4 cm and ∠OTA = 30°.

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In figure, AT is a tangent to the circle with centre O such that cm OT = 4 cm and ∠OTA = 30°. In figure, AT is a tangent to the circle with centre O such that cm OT = 4 cm and ∠OTA = 30°.
In Fig AT is a tangent to the circle with centre O such that OT=4  cm and ∠OTA=30^∘. Then AT is e... In Fig AT is a tangent to the circle with centre O such that OT=4  cm and ∠OTA=30^∘. Then AT is e...
Q9 - In given figure, AT is a tangent to the circle with centre O such that OT = 4 cm and ∠OTA = 30° Q9 - In given figure, AT is a tangent to the circle with centre O such that OT = 4 cm and ∠OTA = 30°
In the given figure TA is a tangent to the circle with centre & such that OT = 4 cm angle OTA = 30 d In the given figure TA is a tangent to the circle with centre & such that OT = 4 cm angle OTA = 30 d
In the given figure TA is a tangent to the circle with center O such that OT=4cm ∠OTA=30° then the l In the given figure TA is a tangent to the circle with center O such that OT=4cm ∠OTA=30° then the l
TA is a Tangent to the circle with Centre O such that OT=4 cm, Angel OTA=30 degree, length of TA is TA is a Tangent to the circle with Centre O such that OT=4 cm, Angel OTA=30 degree, length of TA is
In given figure, AT is a tangent to the circle with centre O such that OT = 4 cm and ∠OTA = 30° In given figure, AT is a tangent to the circle with centre O such that OT = 4 cm and ∠OTA = 30°
In the given figure, AT is a tangent to the circle with centre O such that OT=4cm and ∠OTA=30o. Find In the given figure, AT is a tangent to the circle with centre O such that OT=4cm and ∠OTA=30o. Find