Sound can travel in the solid rocks of the moon but sound can not travel on the surface of the moon because there is no air for the sound to travel in.
The outer surface of the moon is called the crust.
Yes and no. It will be typically a different kind of explosion to that seen/heard/felt on Earth. This is due to the lack of atmosphere. If you consider a chemical such as nitrogen tri-iodide which is capable of explosive decomposition (which requires no oxygen) or the reaction that occurs when a 9:5 mixture of oxygen and methane is ignited then you can see there there does not need to be ambient oxygen for explosive conditions to occur. Indeed the largest observed explosions, supernovae, occur in space; similarly, stellar flares are another type of explosion that naturally occurs in space. These are types of nuclear explosion and again require no oxygen. So that's the "yes" part. However, on Earth explosions are heard and felt (in the main) through the shockwave that they cause in the atmosphere. With no atmosphere an explosion would be heard (and felt) only if shrapnel or other material ejected by the explosion hit an observer or listening device - the impacts would create vibrations in the material of the listener's spacesuit or the listening device, so creating sound. Depending on the type and size of explosion vibrations might also be felt through the moon's surface. But if the observer was protected by a shield and sat on a sufficiently sprung chair they would sense neither impacts nor vibrations. And that's the "no".
Craters occur when a celestial body, like a meteoroid or asteroid, collides with the surface of a planet or moon at a high velocity. The impact creates an indentation in the surface, which we observe as a crater. Craters can be found on many celestial bodies in our solar system, including the Moon, Mars, and Mercury.
The main objective of the Apollo 13 mission was to land on the moon, but due to an oxygen tank explosion, the mission had to be aborted. The payload included scientific instruments to study the moon's surface and other experiments to be conducted in space.
Lunar ejecta refers to material (such as rocks, dust, and gas) that is ejected from the Moon's surface due to impacts from meteoroids or other space debris. This material can be thrown out at high velocities and can create impact craters or contribute to the Moon's regolith (surface material).
The explosion would never be heard on Earth. Sound cannot travel through the near-vacuum of space.
They can; the Apollo moon landing heard the sound of hammering, among other things. See link below.
The crater doesn't "hit" the moon; the crater is the result of the explosion. A meteorite might hit the moon. Since it hits with a huge energy, it may indeed be considered an explosion.________________________For the last few years, astronomers have been watching the Moon during meteor showers on Earth. (After all, the Moon is pretty close to the Earth, right?) They have observed hundreds of explosions - meteoric impacts - on the Moon. Since the Moon has no atmosphere, any meteorite will strike the surface of the Moon at full speed, and some of these meteors are moving upwards of 150,000 miles per hour.
Ben heard the loud explosion from behind and quickened his pace.
NASA is not crashing to satellites into the moon. Rather, They send two "observation satellites" to the moon and crashed a army grade missile into the moon at the south pole of the moon to find out if there was water/ice under the surface of the moon. The 2 satellites were there to observe what particles flew away from the moon after the explosion of the missile.
The outer surface of the moon is called the crust.
An explosion. Sometimes, depending on the surface of the planet, it leaves a crater. (75% of Earth is covered with water, and considerable areas of Saturn's moon Titan appear to be covered with some sort of liquid.)
Yes and no. It will be typically a different kind of explosion to that seen/heard/felt on Earth. This is due to the lack of atmosphere. If you consider a chemical such as nitrogen tri-iodide which is capable of explosive decomposition (which requires no oxygen) or the reaction that occurs when a 9:5 mixture of oxygen and methane is ignited then you can see there there does not need to be ambient oxygen for explosive conditions to occur. Indeed the largest observed explosions, supernovae, occur in space; similarly, stellar flares are another type of explosion that naturally occurs in space. These are types of nuclear explosion and again require no oxygen. So that's the "yes" part. However, on Earth explosions are heard and felt (in the main) through the shockwave that they cause in the atmosphere. With no atmosphere an explosion would be heard (and felt) only if shrapnel or other material ejected by the explosion hit an observer or listening device - the impacts would create vibrations in the material of the listener's spacesuit or the listening device, so creating sound. Depending on the type and size of explosion vibrations might also be felt through the moon's surface. But if the observer was protected by a shield and sat on a sufficiently sprung chair they would sense neither impacts nor vibrations. And that's the "no".
Craters occur when a celestial body, like a meteoroid or asteroid, collides with the surface of a planet or moon at a high velocity. The impact creates an indentation in the surface, which we observe as a crater. Craters can be found on many celestial bodies in our solar system, including the Moon, Mars, and Mercury.
An explosion on the moon would not be visible from Earth without specialized equipment like powerful telescopes. The moon is over 380,000 km away from Earth, so the explosion would be too small and distant to be seen with the naked eye.
The main objective of the Apollo 13 mission was to land on the moon, but due to an oxygen tank explosion, the mission had to be aborted. The payload included scientific instruments to study the moon's surface and other experiments to be conducted in space.
The moon's surface is regolith (ground up rock).