Answer
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Hint:- In order to solve this problem we need to consider the smallest separation between a transmitter and a receiver that permits radio signals of a specific frequency to travel from one to the other by reflection from the ionosphere.
Complete answer:
Skipping distance is the distance a radio wave travels, usually with a hop in the ionosphere. Skipping distance is the distance on the surface of the Earth between the two points where the radio waves from the transmitter, which are refracted downwards by various layers of the ionosphere, fall. This also indicates how far a radio wave has traveled per hop on Earth's surface, for electromagnetic waves such as short-wave (SW) radio signals that use continuous reflections for transmission.
The Earth's atmosphere is a layer of liquids, generally known as air, which maintains the gravity of the Sun, which covers the Sun and forms its planetary atmosphere. Earth's atmosphere protects life on Earth by generating pressure that allows liquid water to remain on Earth's surface, absorbs ultraviolet solar radiation, heats the earth through heat retention (greenhouse effect) and decreases temperature differences between day and night.
The Earth's atmosphere has a series of layers, each with its own unique characteristics. Going away from the ground floor, these levels are called the troposphere, the stratosphere, the mesosphere, thermosphere, and the exosphere. The exosphere slowly fades away into the world of interplanetary space.
Note - We need to know that in physics, in the sky wave propagation, for a fixed frequency, the shortest distance between the point of transmission and the point of reception along the surface is known as skip distance.
Complete answer:
Skipping distance is the distance a radio wave travels, usually with a hop in the ionosphere. Skipping distance is the distance on the surface of the Earth between the two points where the radio waves from the transmitter, which are refracted downwards by various layers of the ionosphere, fall. This also indicates how far a radio wave has traveled per hop on Earth's surface, for electromagnetic waves such as short-wave (SW) radio signals that use continuous reflections for transmission.
The Earth's atmosphere is a layer of liquids, generally known as air, which maintains the gravity of the Sun, which covers the Sun and forms its planetary atmosphere. Earth's atmosphere protects life on Earth by generating pressure that allows liquid water to remain on Earth's surface, absorbs ultraviolet solar radiation, heats the earth through heat retention (greenhouse effect) and decreases temperature differences between day and night.
The Earth's atmosphere has a series of layers, each with its own unique characteristics. Going away from the ground floor, these levels are called the troposphere, the stratosphere, the mesosphere, thermosphere, and the exosphere. The exosphere slowly fades away into the world of interplanetary space.
Note - We need to know that in physics, in the sky wave propagation, for a fixed frequency, the shortest distance between the point of transmission and the point of reception along the surface is known as skip distance.
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