I found this channel in my Edpuzzle assignments, I check most of your other videos and I find it amazing how good you are at explaining the problems, THANK YOU! (I mean it)
Thanks, Mr. P! I'm excited to show my APC kids this. I usually just have time to show them all the fun calculus and then they do the coffee filter lab based on the 2010 exam problem. Being virtual this year, I won't be able to do the lab with them but this is so perfect for us. They will get to see the graphs from the motion detector plus get a fantastic explanation from you! Thank you so much for everything that you do!
Thank you for the video! I just sent the link to my Physics C students. We just did the coffee filter lab before Thanksgiving (well, some of them actually did it, the students at home just watched me do it) and the timing for the video is perfect. Thanks for all you do!
Hello, Mr. P! I would like to put Portuguese subtitles in this video. How could I do that? In the past, I translated your video about the differences between a traditional and a flipped classroom.
The highest hit ball that was able to be recorded before the “Statcast Era” in the MLB ( the current era of professional baseball ), was a home run by Darryl Strawberry of the New York Mets in Montreal’s Olympic Stadium. It was a absolute blast to right field that barely cleared the fence about ten to fifteen metres from the foul pole; but the ball actually never reached its apex, as it struck the roof on the way up. By estimating the time it took the ball to hit the roof after leaving home plate (by watching the game footage of course) was about 8 to 9 seconds; by this very rough estimate the balls total time in gravitational acceleration would max out at ten seconds (halving the total flight time due to parabolic assumption)
400 m is very high up. Even on the farthest vertical pop flys ( usually on the infield ) don’t usually stay in the air for more than 6 seconds from the apex of their flight. Even on high hit home runs ( normally called moonshots ) when the ball reaches the apex, it will only have a maximum of 9 seconds to fall back down.
Hey Quick question: I have a spherical ball of mass 100g and diameter of 1 inch also I want to find out the terminal velocity of it falling from 10 m in air how do I find it?
@@FlippingPhysics Hi mr P! Is there any sensor motion that can be used to result the graphs? Such as Physics Toolbox Suite or Phypox. What software that can be used to convert the kinematics graphs from the video we make? Any suggestion?
It is called an asymptote. The function approaches a fixed value or a linear approximation, but it never actually gets to it. It keeps approaching it ever closer, but the rate at which it approaches this value keeps decreasing
In free fall, when there is no air resistance, all objects near the surface of planet Earth have an acceleration of ~9.81 m/s^2 downward. This video includes air resistance. So, not free fall.
@@FlippingPhysics Doesn't air density vary inversely with the square of terminal velocity? Wasn't Felix Baumgartner falling greater than mach 1 in the low density upper atmosphere?
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wow, the amount of effort Flipping Physics puts into his video production is insane! super helpful for understanding, thank you so much!
You are welcome!
I found this channel in my Edpuzzle assignments, I check most of your other videos and I find it amazing how good you are at explaining the problems, THANK YOU! (I mean it)
Thanks, Mr. P! I'm excited to show my APC kids this. I usually just have time to show them all the fun calculus and then they do the coffee filter lab based on the 2010 exam problem. Being virtual this year, I won't be able to do the lab with them but this is so perfect for us. They will get to see the graphs from the motion detector plus get a fantastic explanation from you! Thank you so much for everything that you do!
You are very welcome. I hope your students find it helpful!
Thank you for the video! I just sent the link to my Physics C students. We just did the coffee filter lab before Thanksgiving (well, some of them actually did it, the students at home just watched me do it) and the timing for the video is perfect. Thanks for all you do!
I hope the video
Your video have entertainment with knowledge...I love to watch your video
How come people don't subscribe?
Wish I knew...
Hello, Mr. P! I would like to put Portuguese subtitles in this video. How could I do that? In the past, I translated your video about the differences between a traditional and a flipped classroom.
The highest hit ball that was able to be recorded before the “Statcast Era” in the MLB ( the current era of professional baseball ), was a home run by Darryl Strawberry of the New York Mets in Montreal’s Olympic Stadium. It was a absolute blast to right field that barely cleared the fence about ten to fifteen metres from the foul pole; but the ball actually never reached its apex, as it struck the roof on the way up. By estimating the time it took the ball to hit the roof after leaving home plate (by watching the game footage of course) was about 8 to 9 seconds; by this very rough estimate the balls total time in gravitational acceleration would max out at ten seconds (halving the total flight time due to parabolic assumption)
I am a huge fan of yours... Love you from *Bangladesh..*
Hello,Same Here.
400 m is very high up. Even on the farthest vertical pop flys ( usually on the infield ) don’t usually stay in the air for more than 6 seconds from the apex of their flight. Even on high hit home runs ( normally called moonshots ) when the ball reaches the apex, it will only have a maximum of 9 seconds to fall back down.
thank you. very helpful!
Super interesting!
Hey Quick question: I have a spherical ball of mass 100g and diameter of 1 inch also I want to find out the terminal velocity of it falling from 10 m in air how do I find it?
Super teaching bro 🔥❤️
What programs do you use to make these cool animations?
These were made using Final Cut Pro, Motion, Illustrator, and Excel.
@@FlippingPhysics Hi mr P! Is there any sensor motion that can be used to result the graphs? Such as Physics Toolbox Suite or Phypox.
What software that can be used to convert the kinematics graphs from the video we make? Any suggestion?
@@mrsriyansyah I am sorry. I totally forgot about the Pasco Capstone software and motion sensor I used to capture the data!
Your hair is very cool
nice video.
Here in 2022 to find out the force necessary to reach terminal velocity as quickly as possible for a personal project.
r y in an IB school? same 🥲
Basically, baseballs are not hot high enough to reach terminal velocity
Mr.P, you haven't covered topic on mechanical properties of solid /fluids.and also on thermal properties of matter.
Whooooooaaaa awesome ❤️❤️❤️❤️❤️🔥🔥🔥🔥🔥🔥 enthralling
Why acceleration will never reach exactly zero as said at 12.51 ? whats the problem ? please someone share light on that ? thank you..
It is called an asymptote. The function approaches a fixed value or a linear approximation, but it never actually gets to it. It keeps approaching it ever closer, but the rate at which it approaches this value keeps decreasing
@@carultch thank you 🙏
i subscribed!
doesnt acceleration due to gravity always start at -9.81?why does it start at zaro then starts dropping to -9.81?
In free fall, when there is no air resistance, all objects near the surface of planet Earth have an acceleration of ~9.81 m/s^2 downward.
This video includes air resistance. So, not free fall.
thanks!!@@FlippingPhysics
I never understood doing this this way. My brain must be wired different. I can do it, just not like this.
Buoyancy exists. Levity exists. 😉
And terminal velocity decreases as it falls through denser and denser air.
Actually, terminal velocity should increase as an object goes through a medium which increases density.
@@FlippingPhysics Doesn't air density vary inversely with the square of terminal velocity? Wasn't Felix Baumgartner falling greater than mach 1 in the low density upper atmosphere?
are you not takling instead about the drag force term, which does increase proportionally with air density?
Whoops. I got a bit mixed up there. Trying to multi-task too much. You are absolutely correct. Sorry!
Tamil nadu student Mr pi
It's nice to have you as a student.
Me too
I am also Tamilnadu from india Mr.Pi
@@sewagprabu8301 enna padikiringa?
11th bro
@@sewagprabu8301 me too
Is this science or math?
As you get further and further into your learning the two become indistinguishable.
That's lame