When a star shell in a fireworks display explodes overhead, the light and sound radiate from the point of detonation in all directions. Folks in the bleachers at a park hear the clap of the blast, and those across the river will also hear that bang (but just a bit later). Anyone who happens to be in the vicinity of the display will hear the shock wave resulting from the detonation of the shell. The sound may even be heard by folks flying in a plane a distance away, and all these observers will experience the sound because it travels in all directions.
To say that a sound wave travels upward or downward is not really correct. We can direct the soundwave with a number of different devices (like a megaphone, for example), but when it leaves the point of origin, it will move away in all directions and it can be heard in any direction from the source (though the amplitude will be different here or there).
In different environments, sound can carry both up and down depending on factors such as temperature, wind direction, and obstacles in the surroundings. Sound waves can travel in various directions, including upward and downward, based on the conditions of the environment.
Sound tends to bend upward when it travels faster near the ground than higher up. This phenomenon, known as positive refraction, occurs when sound waves are refracted upward due to a decrease in temperature near the ground.
If the upward force acting on an object is greater than the downward force (its weight or force of gravity), the object will experience a net upward force causing it to accelerate in the upward direction. This could lead to the object moving upwards, overcoming the force of gravity pulling it downward.
Upward displacement refers to an object's change in position moving in an upward direction, while downward displacement refers to an object's change in position moving in a downward direction along a vertical axis. These displacements are measured vertically from a reference point, such as the starting position of the object.
An upward slant is known as an incline or ascent, while a downward slant is called a decline or descent. These terms are often used to describe the direction or angle of a slope or surface.
IT travels the same speed as far as i Know
The player starts the sound of a violin by putting its bow on the strings either upward or downward relaxingly.
In different environments, sound can carry both up and down depending on factors such as temperature, wind direction, and obstacles in the surroundings. Sound waves can travel in various directions, including upward and downward, based on the conditions of the environment.
is a head of butete...if you press downward it makes sound...a low tune sound (a low pitch sound) but if you press it upward it"ll make a hudhud sound.FHUCK IT
UPWARD UPWARD UPWARD
Upward.
is a head of butete...if you press downward it makes sound...a low tune sound (a low pitch sound) but if you press it upward it"ll make a hudhud sound.FHUCK IT
The upward and the downward bias refers to the overestimation or overstatement by a statistical measure of a given event.
downward
Hudhud instrument is a head of butete... if you press downward it makes a sound.. a low tune sound (a low pitch sound) but if you press it upward it'll make a hudhud sound FHUCK IT!
downward
Downward.