You use the equation d = vit + 1/2at2, where d is distance or displacement, vi is initial velocity (0), t is time, and a is acceleration.
d = (0)(10s) + (1/2)(9.8m/s2)(10s)2 = 0 + 490m = 490m
The answer above does not take into account air friction or the possibility that the rock will hit the walls of the shaft and slow down due to that friction.
Air friction will shorten the distance by perhaps 15% to 30% depending, among other things on the shape and mass of the rock, retardation due to hitting the shaft walls is unpredictable.
The depth of the mine can be calculated using the formula: distance = 0.5 * acceleration due to gravity * time^2. Given that the time taken for the stone to hit the bottom is 3 seconds, we can substitute this into the formula along with the acceleration due to gravity (9.8 m/s^2) to calculate the depth of the mine. The depth of the mine would be approximately 44.1 meters.
The depth of the mine can be calculated using the formula: distance = 1/2 * acceleration due to gravity * time squared. Given the time is 6 seconds and the acceleration due to gravity is about 9.8 m/s^2, the depth of the mine would be approximately 176.4 meters.
About 5.26 seconds. (almost 4.92 seconds to hit, 0.35 sec for the sound to return)You need to find how long it takes for the stone to drop to the water and makean audible 'sploosh', and then find how long it takes for the sound to reach youfrom the depths. The acceleration g is about 9.8 m/sec2.Time to sploosh:x = 1/2 g T2118.5 = 4.9 T2T = sqrt(118.5/4.9) secondsTime for the sound to return to the top: (Use 340 meters per second)118.5/340 secondsTotal time between the drop and hearing the sploosh:sqrt(118.5/4.9) + (118.5/340 ) = 5.26 seconds(rounded)
Using the speed of sound in air and the time it takes for the sound to be heard, we can calculate the total distance the sound travels. Since the sound must travel down and back up the hole, we divide the total distance by 2 to find the depth of the hole. The calculated depth of the hole is approximately 980 meters.
Taking a deep breath while in water will make a person more buoyant, causing them to float with more of their body out of the water. This is because the volume of air in the lungs increases, creating more lift.
The depth of the mine can be calculated using the formula: distance = 0.5 * acceleration due to gravity * time^2. Given that the time taken for the stone to hit the bottom is 3 seconds, we can substitute this into the formula along with the acceleration due to gravity (9.8 m/s^2) to calculate the depth of the mine. The depth of the mine would be approximately 44.1 meters.
Ignoring air resistance, or bouncing off the sides of the shaft on the way down ...-- Speed when you let it go = 0-- Speed after 6 seconds = 6 G = 58.84 meters per second-- Average speed = 1/2 (0 + 58.84) = 29.42 meters per second-- In 6 seconds, at an average speed of 29.42 meters per second,it fell 176.5 meters.
It takes 175,32 seconds
about five metres deep
The mine shaft was over 500 feet deep. The shaft of the wagon was broken.
80 to 100 foot deep
Deep shaft mining is a method of extracting minerals and resources from deep underground by digging vertically downward, creating a shaft that allows miners and equipment to access the deposits. This method is commonly used for accessing resources such as coal, gold, and copper that are located deep beneath the Earth's surface.
A shaft tomb or shaft grave is a type of burial structure formed from a deep and narrow shaft sunk into natural rock. Burials were then placed at the bottom!!!!!
The depth of the mine can be calculated using the formula: distance = 1/2 * acceleration due to gravity * time squared. Given the time is 6 seconds and the acceleration due to gravity is about 9.8 m/s^2, the depth of the mine would be approximately 176.4 meters.
The stone name is never deep in water hajra aswad this stone come from heaven and present in saudia arabia
Big Stone Lake is 965 ft. (294 m) deep! :0
The duration of Bells from the Deep is 3600.0 seconds.