Yes, radio wave can reflect off of surfaces. Dish antennas use this property to focus the radio waves to a single point and produce very high directivity.
It is the ionosphere, a general region that includes all of the thermosphere and parts of the two bordering layers. In this region, between 60 and 1000 kilometers above the Earth, ionized particles refract and reflect radio waves back toward the ground. This enables radio transmissions that are normally "line of sight" only to reach over the horizon for hundreds or thousands of miles. This includes broadcast radio (HF) and shortwave bands.
no, mechanical waves are not radio waves
The ionosphere - specifically the e-layer
Radio waves ARE electromagnetic waves.
The system that locates an object using radio waves and measures the time taken for the waves to bounce back is called radar (Radio Detection and Ranging). It emits radio waves that travel to the object and reflect back to the source, allowing the system to calculate the distance based on the time delay. This technology is widely used in various applications, including aviation, meteorology, and traffic monitoring.
An F-16 isn't stealthy. "Stealth" aircraft are designed to not reflect radar signals back to the transmitter. Since almost all metallic materials will reflect radio waves, they can only be "stealthy" by reflecting the radio waves someplace else other than "back to the transmitter". Stealth aircraft avoid vertical fins and flat surfaces; the rounded surfaces and angled fins are designed to reflect the radar waves up into space, or down to the ground.
Yes, lead can block radio waves because it is a dense material that can absorb and reflect electromagnetic radiation, including radio waves.
Surfaces reflect light because light waves hit the surface and are absorbed and then re-emitted. When light waves encounter a smooth surface, they reflect in a regular way, creating a clear reflection. Rough surfaces scatter light in different directions, creating a diffused reflection.
Sound waves can reflect off of hard surfaces such as walls, floors, and ceilings. When sound waves hit these surfaces, they bounce back towards the source creating echoes or reverberation. Reflection of sound waves plays a significant role in how we perceive and understand auditory information in our environment.
Sound is to echo. Just like light bounces off surfaces to reflect, sound waves can bounce off surfaces and repeat in an echo.
Radio waves reflect off the ionosphere. The ionosphere is composed of ionized particles that can refract and reflect radio waves, allowing for long-distance communication through the atmosphere. The ability of radio waves to bounce off the ionosphere is important for services like shortwave radio and over-the-horizon radar.
The ozone layer contains electrical charged particles that reflects radio waves
Echoes occur only with hard surfaces because they reflect sound waves effectively. Soft surfaces absorb sound waves, preventing them from bouncing back and creating an echo.
The ionosphere has nothing to do with radioactivity, and there is nothing in nature that is called a "radio active wave."Because the ionosphere contains electrical charges, it is able to reflect radio waves.
The ionosphere is the layer of the atmosphere that reflects radio waves. This layer is able to reflect specific frequencies of radio waves back to Earth, allowing for long-distance communication using radio signals.
Some surfaces reflect sound well, others don't.
No, mirrors cannot reflect sound as they are designed to reflect light. Sound waves interact differently with surfaces compared to light waves, so while mirrors work for reflecting light, they do not work for reflecting sound.