How to Solve Projectile Motion Problems (Step by Step)
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- เผยแพร่เมื่อ 28 ส.ค. 2024
- Learn to solve projectile motion problems easily from your textbook step by step. Learn which equations to use, when to use them, and what to do right after you read the question. Learn how to establish a coordinate system, write down what you know, and then using equations to solve for unknown variables.
First Example Ball Throw: • It is observed that th...
Second Example Balloon: • The balloon A is ascen...
Third Example Fired Projectile: • A projectile is fired ...
Find more at www.questionsolutions.com
Book used: R. C. Hibbeler and K. B. Yap, Mechanics for engineers - dynamics. Singapore: Pearson Education, 2013.
![Solving Projectile Motion Problems in Physics - [1-4-7]](http://i.ytimg.com/vi/oKIaH2TftpA/mqdefault.jpg)
This is simply the best channel for dynamics on youtube, respect.
Many thanks!
The animations and easy explanations are what my university lecturers are lacking. Respect to you Sir!
Glad you like them! Best wishes with your studies 😀
Have a dynamics midterm tomorrow and your videos have helped me tremendously!! Thank you!!
I am glad to hear that. Best wishes with your dynamics midterm tomorrow!
you explain this better than my college teacher, thank you!!
Many thanks for your kind words. Best of luck with your studies :)
Thank you sir.
Now I'm doing a bachelor degree in Mechanical.Your explanation is really helpful for me.May Lord bless you forever.
I am really glad these videos are helpful to you. Keep up the awesome work and best wishes with your studies :)
The great almighty is saving my life through you!! Thank you!! Best wishes!!
Best wishes to you as well!
Love your videos so much! Projectile motion is one of my favourite field of physics and each one of your videos on the topic give me an even greater knowledge and understanding towards it.
I am really glad to hear that! Keep up the great work and I wish you the best with your studies.
huge respect for this channel
Thank you!
Best explanation about projectile motion ...
Thank you so much :)
i got a paper in 2 hours..this helps a lot for me to refresh this topic
Glad to hear! I hope your paper went well. Best wishes with everything.
Perfect video to refresh what I've learned before. Thanks a lot!
You're very welcome!
i love u questions solution u are so amazing u are the only reason i can give my tests i love u
❤ Thank you! Keep up the great work and best wishes with your studies :)
You should do strength of materials. You're amazing!
Thank you! It's on my to-do list :)
@@QuestionSolutions man, you're cool
Love the videos simplifies everything. Quick question for the second example, if the balloon is ascending and moving horizontally, when the bag is dropped, because of inertia the bag should continue moving for a very brief period in the direction of both components of velocity. Also because it isn't being dropped straight down the distance rom x_0 is also greater and not 0, so the horizontal distance isn't 0 because the bag moved due to the velocities. This means that the bag would take longer to hit the ground. Do we neglect it because it's a very short period from when it's dropped to hitting the ground? Can I get some clarification on this?
I am going to give you a weird answer to your question. You can ignore the things you thought about because it hasn't been covered in the book/class/course yet. In other words, inertia hasn't been covered yet in your class when you do projectile motion, because projectile motion is the beginning, you use a simple set of equations to solve for the solution, ignoring a lot of real factors that must be accounted for if it was real life.
Simplely you are best of best wow not one vedio all of them clear
Thank you very much, really glad to hear :)
great work, thanks for making it so simple
You're welcome, glad it helped!
So I've seen recent comments with an immediate response. I want to ask. Is it easier to take a general approach when it comes to solving projectiles? I have studied through splitting projectiles to cases such as thrown horizontally and at an angle but long term I am not able to retain it. I like your approach better where you just generalize everything.
I try to give an immediate response unless I am sleeping 😅 I think generalizing it is better and easier to see what is happening. It's also a lot easier to plug values into equations. If you can't retain the splitting method, switch to the general method. Really, you should do whatever works for you, that you are comfortable with.
Some questions in engineering dynamics hibbeler book blow my mind
Indeed! An excellent resource for students.
@@QuestionSolutions Yea, the questions are tough! By the way, do you have a Playlist for strength of materials or mechanics? I am preparing for the upcoming semester lol
Awesome presentation…thank you Sir
Thank you very much! I hope your studies go well and keep up the great work.
thanks lot
You're very welcome!
Thanks sir
You're very welcome!
In question number one how to get the Va and the angle from the calculator??
You won't be able to get it directly from a calculator before going through a few steps. You need to use the substitution method to isolate for a single variable and then solve. You'll also need the trig identity, tan = sin/cos. Isolate for VA in the first equation, then plug that into the second equation and you can solve for theta.
You're god period.
😅
You are amazing ❤
Thank you! ❤
How can we solve same numerical when hill is inclined...
I have a few examples solved with inclined hills, please take a look:
th-cam.com/video/zbEfcvAEc1E/w-d-xo.html
th-cam.com/video/Qp4bXqYjD3A/w-d-xo.html
th-cam.com/video/KqFI_Zwe2eI/w-d-xo.html
th-cam.com/video/bskBDHWDAM4/w-d-xo.html
how you solved the equations ? (I have an exam tomorrow)
You can use substitution or elimination. You should be familiar with those methods from high school. If not, please refresh by searching for "simultaneous equation solving using substitution." 👍
@@QuestionSolutions thank you very much
@@ell7awy You're very welcome 👍
how do you solve projectile problems but in inclined surface?
Like if a ball is thrown at an incline? The method is the same, but you will have to use trigonometry to figure out the final y location, and x displacement. As long as its constant accelerations (so not considering air resistance, etc), you can keep using the kinematics equations.
yes, I meant something like that
i have a question: if a ball is thrown in inclined surface, will it be considered parabolic on the inclined surface or on the flat surface?
@@MdJunayed The path it takes, regardless of the surface will be parabolic since the x component of velocity will be the same since wind resistance isn't accounted for, while gravity will slowly bring it down. The only thing you have to consider is the initial and final locations. I hope that makes sense, let me know if it doesn't, I'll try to explain it differently.
@@MdJunayed Is it something like this? th-cam.com/video/bskBDHWDAM4/w-d-xo.html
yeah exactly as that...
ok let me ask point to point.
should I consider θ with the flat surface, or with the inclined surface!
I got a question in my test where two angles were given
one is the incline with flat, say 20*
other is the initial angle with the incline, say 30*
do i have to add those angles and put it into the equations?