In 18 U Gold softball and collegiate softball, the distance from the plate to the pitching mound is 43 feet. This is because the pitchers at these levels throw much faster than the pitchers in the lower levels. In high school at 14U - 18U the pitching distance is 40 feet. Notice there is a difference between 18U and 18U Gold level.
Arrow dynamics
No...If the softball was pitched from a distance of 43 feet it is equivalent to a ball thrown just over 95 mph from a distance of 60' 6" which is the pitching distance in major league baseball. If the 68 mph pitch was thrown from 40 feet then it is equal to a 102 plus mph pitch at 60 feet 6 inches. Because speed is the relevance of time and distance then a ball thrown from 2 different distances and takes the same amount of time to travel each distance means the further of which will have to travel faster to cover more distance.
well, a stopwatch and a speedometer will do. Get the speed and time of going through this distance, and multiply by them, you will get the number.
avg speed=total distance/total time avg speed=60/20=3mtr/sec
if it had a large weight it was throwing then it probably would affect the throwing distance and height...the best rock thrower is called a trebuchet. it could also affect the speed the progectile is moving making it fall short of the desired distance. If it is too heavy the catapult might not be able to lift the progectile off the ground. hope this helps -coliam
In 18 U Gold softball and collegiate softball, the distance from the plate to the pitching mound is 43 feet. This is because the pitchers at these levels throw much faster than the pitchers in the lower levels. In high school at 14U - 18U the pitching distance is 40 feet. Notice there is a difference between 18U and 18U Gold level.
Distance and time do not, in general, affect the speed. Speed, however, can affect distance or time. Distance is directly proportional to speed, time is inversely proportional.
Because speed = distance/time
The two main factors that affect speed are distance and time. Speed is calculated by dividing the distance traveled by the time taken to travel that distance.
Because distance/time = the speed at which something travels.
Yes
if the time is invcreasing the velocity increases too and depends on the distance to reach a high speed.
Time is inversely proportional to speed.
Speed is based on distance traveled in a given amount of time. Baseball uses a distance of 60 feet 6 inches from the pitching rubber to home where as softball is 43 feet. A ball that would cover 43 feet in 1/2 a second is traveling just over 58 mph while a ball covering 60 feet 6 inches in the same time is traveling 82.5 mph. You need to know 2 of the following 3 ; distance, speed, or time. If you know distance and time then the formula is speed=distance/time. If you know the speed and distance then use time=distance/speed, get that number then use previous formula and change distance to get comparison.
The difference in distance can affect wave speed by changing the time it takes for the wave to travel from one point to another. If the distance is larger, the wave may take longer to travel, resulting in a slower wave speed. Conversely, a shorter distance may lead to a faster wave speed.
As the time taken decreases, the speed increases since speed = distance ÷ time
increase av speed and total dist. increases