To some extent, that's going to depend on where you start from.
Since you're talking about the speed of light and the Sun is the only nearby
source of light, let's say that the trip starts at the Sun.
Pluto's orbit is very eccentric compared to the other planets. Sometimes it's
a lot closer to the sun than it is at other times.
Depending on how far Pluto happens to be from the Sun, it takes light from
the Sun between 4.1 hours and 6.8 hours to get to Pluto.
Yes, a sonic boom occurs when an aircraft exceeds the speed of sound. It is the sound associated with the shock waves created by an object traveling through the air at a speed faster than the speed of sound.
The period of a sound wave is the time it takes for one complete cycle. To find the period, we need to know the speed of sound in the medium the wave is traveling through. The formula to calculate the period is: period = wavelength / speed of sound.
Yes, sound waves travel through a medium, such as air or water, by causing particles to vibrate back and forth. The speed at which sound travels depends on the medium it is traveling through, with sound traveling faster through denser materials like solids compared to gases. This movement of particles allows sound to be heard by our ears.
Not necessarily. The distance a car travels is determined by its speed and the time it spends traveling. If a car is traveling at a slower speed but for a longer period of time, it may not cover as much distance as a car traveling at a faster speed but for a shorter period of time. So, the longest time does not always correspond to the greatest distance traveled.
Not necessarily. The speed at which the car is traveling also plays a significant role in determining the distance covered. A car traveling at a slower speed can travel for a longer time and cover less distance than a car traveling at a higher speed for a shorter amount of time.
The speed of sound is only 768mph, so it'll take a pretty darn long time.
cruising speed
Yes, a sonic boom occurs when an aircraft exceeds the speed of sound. It is the sound associated with the shock waves created by an object traveling through the air at a speed faster than the speed of sound.
... What is the speed of the ball? Distance = 17.5 m Time = 2.6 sec Speed (of sound) = 340 m/sec Speed (of ball) = ? Typically Speed = Distance/time (which means 17.5/2.6. But here we also have to calculate the speed of the sound of the ball traveling when the ball hits the pins till it reaches the ears of the bowler) Time (of sound) = Distance/Speed (of sound) = 17.5/340 = 0.0515 sec Time (of ball) = 2.6 - 0.0515 =2.5485 sec Speed (of ball) = Distance/Time (of ball) = 17.5/2.5484 = 6.87 m/sec
The period of a sound wave is the time it takes for one complete cycle. To find the period, we need to know the speed of sound in the medium the wave is traveling through. The formula to calculate the period is: period = wavelength / speed of sound.
Yes, sound waves travel through a medium, such as air or water, by causing particles to vibrate back and forth. The speed at which sound travels depends on the medium it is traveling through, with sound traveling faster through denser materials like solids compared to gases. This movement of particles allows sound to be heard by our ears.
Velocity is a constant traveling speed. Acceleration is increasing traveling speed (variation of speed over time)
50 mins
You multiply the speed at which you are traveling by the time spent traveling.
Not necessarily. The distance a car travels is determined by its speed and the time it spends traveling. If a car is traveling at a slower speed but for a longer period of time, it may not cover as much distance as a car traveling at a faster speed but for a shorter period of time. So, the longest time does not always correspond to the greatest distance traveled.
To determine ocean depth through echo sounding, two key pieces of information are needed: the time it takes for a sound pulse to travel from the ship to the ocean floor and back, and the speed of sound in water. By measuring the time interval and knowing the speed of sound, the depth can be calculated using the formula: depth = (time × speed of sound) / 2. This accounts for the sound wave traveling to the seabed and returning to the surface.
The answer is that u r travelling with an average speed for that time or a constant speed . it also means that u are travelling with a uniform velocity.