00:01
Hello everyone we are going to understand this question here given in the question given that one of the fastest recorded pitches in major league baseball thrown by tim limsikam in 2009 was clocked at 1001 meal per hour so given speed of projection speed of projection of baseball that is represented by you which is is 101 .0 meal per hour.
00:50
And if pitch were thrown horizontally with this velocity, how far would the ball fall vertically by the time it reached home plate that is 65, 60 .5 meters away.
01:11
Horizontal distance of home plate, horizontal distance of home plate, that is x is equal to 60 .5 feet.
01:35
So we have to find the how far would the ball be fall vertically means it falls here we have to find the vertical height because it falls horizontally and it covers a distance x at which it falls now let the time of flight of the baseball be t.
02:07
Let the time of flight, time of flight of baseball be t.
02:24
So x is equal to u into t.
02:30
So from this we will get t is equal to x upon u.
02:34
So firstly converting feet into meter.
02:39
One feet is equal to 0 .3048 meter.
02:49
And converting meal per hour into meter per second one mile is equal to sixteen hundred nine point three four meter and one hour is equal to sixty minute into sixty second one hour is equal to sixty into sixty second now doing the conversion here x is given sixty point five feet now converting feet into meter so we have to multiply 0 .3048 meter upon value of u, that is 101 into 1 mile is equal to 16009 .34 into one hour, that is 60 minute into 60 seconds.
03:53
Now doing further calculation, so we will get t is equal to after calculation we will get 0 .41 second...