The black patch is material that allows radar to penetrate with no interference. Under the dome is the look ahead weather radar. New planes have that cone painted, but the front still has material that allows the radar to see ahead.
An airplane doesnt HAVE to have a pointy nose. But aircraft designers are constantly looking for ways to reduce aerodynamic drag, and so aircraft are designed to be as streamlined as possible. Indeed many older aircraft dont have a pointy nose at all. Look up the Boeing stearman, the P-47 thunderbolt or the "super guppy" for examples.
each blue nose is roughly 4 inches tall and has 3 patches (even if they are big ones or small ones they still have 3)
A black spot on a white cat's nose is typically caused by a genetic trait called "piebalding," which results in patches of pigmented skin on an otherwise white coat. This is a common occurrence in cats with certain coat colors and patterns.
The nose
In the cockpit of the aircraft. Typically near the nose of the craft.
Nacelle .
The relevant service manual for that aircraft.
A dogs nose is not supposed to change colour. If your dogs nose has changed colour from pink to patches of black, it may be because of a type of skin cancer called squamous cell carcinoma caused by sun exposure alot like melanoma in humans. If this is the case please see your veterinarian to get it treated.
An elevator is part of the control surfaces, usually at the rear of an aircraft, which changes the pitch or angle of attack of the aircraft. Basically it "makes" the aircraft nose up or nose down. See related link for an animated description.
Aircraft have to balance. They cannot be nose heavy or tail heavy.
No, the rudder does not control the pitch of an aircraft. The rudder is primarily used for controlling yaw, which is the side-to-side movement of the aircraft's nose. Pitch is controlled by the elevator, which is located on the tail of the aircraft and adjusts the angle of the plane's nose up or down.
The nose of a plane refers to the front section of the aircraft, which typically houses the cockpit where pilots operate the aircraft. It is also designed to improve aerodynamics and reduce drag during flight. Additionally, the nose may contain various sensors and equipment, such as radar and communication systems, crucial for navigation and safety. Overall, the design and structure of the nose play a vital role in the aircraft's performance and functionality.