Home
Class 10
MATHS
Mr. Naik is a paramilitary Intelligence ...

Mr. Naik is a paramilitary Intelligence Corps officer who is tasked with planning a coup on the enemy at a certain date. Currently he is inspecting the area standing on top of the cliff. Agent Vinod is on a hot air balloon in the sky. When Mr. Naik looks down below the cliff towards the sea, he has Ajay and Maran in boats positioned to get a good vantage point.

The main goal is to scope out the range and angles at which they should train their soldiers.
If the vertical height of the balloon from the top of the cliff is 12 m and `angleb=30^(@)`, then the distance between the Naik and vinod is

A

6 m

B

12 m

C

18 m

D

24 m

Text Solution

Verified by Experts

The correct Answer is:
D
Promotional Banner

Similar Questions

Explore conceptually related problems

Mr. Naik is a paramilitary Intelligence Corps officer who is tasked with planning a coup on the enemy at a certain date. Currently he is inspecting the area standing on top of the cliff. Agent Vinod is on a hot air ballon in the sky. When Mr. Naik looks down below the cliff towards the sea, he has Ajay and Maran in boats positioned to get a good vantage point. The main goal is to scope out the range and angles at which they should train their soldiers. If the vertical height of the balloon from the top of the cliff is 12m and lt b = 30^(@) , then the distance between the Naik and Vinod is

Mr. Naik is a paramilitary Intelligence Corps officer who is tasked with planning a coup on the enemy at a certain date. Currently he is inspecting the area standing on top of the cliff. Agent Vinod is on a hot air ballon in the sky. When Mr. Naik looks down below the cliff towards the sea, he has Ajay and Maran in boats positioned to get a good vantage point. The main goal is to scope out the range and angles at which they should train their soldiers. Which one is a pair of 'angles of elevation'?

Mr. Naik is a paramilitary Intelligence Corps officer who is tasked with planning a coup on the enemy at a certain date. Currently he is inspecting the area standing on top of the cliff. Agent Vinod is on a hot air ballon in the sky. When Mr. Naik looks down below the cliff towards the sea, he has Ajay and Maran in boats positioned to get a good vantage point. The main goal is to scope out the range and angles at which they should train their soldiers. which one is a pair of 'angles of depression'?

Mr. Naik is a paramilitary Intelligence Corps officer who is tasked with planning a coup on the enemy at a certain date. Currently he is inspecting the area standing on top of the cliff. Agent Vinod is on a hot air ballon in the sky. When Mr. Naik looks down below the cliff towards the sea, he has Ajay and Maran in boats positioned to get a good vantage point. The main goal is to scope out the range and angles at which they should train their soldiers. If the height of the cliff is 30m, lt c = 45^(@) and lt d = 30^(@) , distance between the two boats is (use (sqrt(3) = 1.73)

Mr. Naik is a paramilitary Intelligence Corps officer who is tasked with planning a coup on the enemy at a certain date. Currently he is inspecting the area standing on top of the cliff. Agent Vinod is on a hot air ballon in the sky. When Mr. Naik looks down below the cliff towards the sea, he has Ajay and Maran in boats positioned to get a good vantage point. The main goal is to scope out the range and angles at which they should train their soldiers. Ajay's boat is 25 m away from the base of the cliff. If lt d = 30^(@) . What is the height of the cliff? (use sqrt(3) = 1.73)

Hot air balloon rises up in sky because

At 129 metre away from the foot of a cliff on level of ground , the angle of elevation of the top of the cliff is 30^(@) . The height of this cliff is :

An observer in a boat finds that the angle of elevation of a tower standing on the top of a cliff is 60^(@) and that of the top of cliff is 30^(@). If the height of the tower be 60 meters,then the height of the cliff is

The angle of depression of a boat B from the top K of a cliff HK, 300 metres high is 30^(@) . Find the distance of the boat from the foot H of the cliff.