the only problem is, these type of questions aren't as easy as engineering physics. although they is the same topics, it's more complex and has more components into it.
Hello proffesor! Thank you so much for helping me, Im currently in College and my current educator does not really teach us very well. Just independent learning and if you ask a question from the text book he gets mad and makes you feel very dumb. This makes me feel confidence in the year 😸🤘
sometimes the student should search for the idea to solve a problem before that; he had to understand the problem first and it's purpose so he could think about the idea behind that problem and then he could be able to use the unknown and the givens in order to solve the problem and that's what resoning means
So i tried the question a different way first and i thought it would work but for some reason it does not? I do wonder why it did not work i I first used the Vf = Vo + at and solved for TIME. Then once i had TIME i just used the DELTA X = (Vo+Vf)/2 * t i inputteed the time i got from the first equation it logically should give me the correct answer but for some reason it was wrong. Why was it wrong? What is wrong with this way?
Ok so i tried it with the other equation after finding TIME. I then used the DELTA X = Vo t + 1/2 a t^2 after finding time with the first equation. I then inputted the values and got 531.557 m which was pretty close to the 533 you got in this video
the only problem is, these type of questions aren't as easy as engineering physics. although they is the same topics, it's more complex and has more components into it.
Hello proffesor! Thank you so much for helping me, Im currently in College and my current educator does not really teach us very well. Just independent learning and if you ask a question from the text book he gets mad and makes you feel very dumb. This makes me feel confidence in the year 😸🤘
Glad to hear that! Physics isn’t easy but very rewarding. Good luck in your classes.
I like how you simplified it. Great work 👍
hi sir
How do we know that to use particular equation or formula
I HAVE A PHYSICS TEST TOMMOROW AND THIS LITTERALLY SAVED ME
Helpful
sometimes the student should search for the idea to solve a problem
before that; he had to understand the problem first and it's purpose
so he could think about the idea behind that problem
and then he could be able to use the unknown and the givens in order to solve the problem
and that's what resoning means
Yes you are right
Thanks man that's helped me a lot
Thank really helpful 🎉🎉🎉🎉😂 you made physics easier for me thank you once again
Wow thanks for your help❤
can you use this method for other kinds of physics problems??
THAT WA EXTREMLY HELP FUL THANCK U SO MUCH !
OMG THANK YOU SO MUCH!!!
There is 4 equations
Why should i know all that please my brain is not working out
So i tried the question a different way first and i thought it would work but for some reason it does not? I do wonder why it did not work i
I first used the Vf = Vo + at and solved for TIME.
Then once i had TIME i just used the DELTA X = (Vo+Vf)/2 * t i inputteed the time i got from the first equation it logically should give me the correct answer but for some reason it was wrong. Why was it wrong? What is wrong with this way?
Ok so i tried it with the other equation after finding TIME. I then used the DELTA X = Vo t + 1/2 a t^2 after finding time with the first equation. I then inputted the values and got 531.557 m which was pretty close to the 533 you got in this video
isnt that the velocity squared though? didnt you need to find the Square root of 533.3?
Common misunderstanding. We are solving for the change in position. Not the velocity.
And that's something we call making mistakes after you finish the answer with the right value😂
You are great thankyou so much
Is this enough for jee physics
Probably not😂
You are a genius
GUESS is the cheer girl here to motivate Americans to solve Physics 😂
SUVAT equation haha😂