Linear Impulse and Momentum Example 1 - Engineering Dynamics

Example problem applying the principle of linear impulse and momentum.

[michreyz]

had a nice laugh at "zero point zero two seconds"

[nick-kyql]

5 years later and this video is still useful. thanks for all your videos!

[plazzmator]

you're a hero sir, i cant pass classes without your videos. you make me buy a ticket and come to the uotp from turkey just to thank you...

[speghetti_goblin]

I love your down to earth teaching style, man! You'd make a fun dynamics professor!

[rickymedrano]

Love it. The editing was awesome. I wasn't watching you write numbers for half the video. You're also very good at explaining it. 11 out of 10!

[JohnMathewHernandez]

PLIMP & MO'
LET"S GET IT BOIS

[dylanpalin]

Thank you my dude, I love the energy you bring in

[brvneau]

your explanations are so clear! I wish you could teach me all my classes! thank you

[adamreyes]

When solving the simultaneous equations, why isn't the integral applied to the cosine and sin function? For example, for the x-axis equation, you have the integral Fcos(theta)dt between 0 and 0.02 seconds. Why does that not simplify into Fsin(theta)(0.02)?

[MoXyiD]

Plimp and Mo. ahaha~ You're very well studied man, much appreciated.

[joelmbanyananawandji]

Hello Sir, I have a good question? why you didn't take into consideration or include the weight of the ball into the equation, knowing that if the ball has a mass, there is probably a force due to gravitation.

[Randomstuff-qfuj]

didn't know that it was that simple.. thanks 👍😍

[tigermen]

I'm a little confused on how you got 7.45 (kg*m/s) because when I type (0.043)*20*Cos(30) I get .744781 (kg*m/s)

[zerihungetachew]

Sr have got some problem to solve it. would you mind if yoy give direction. Four equal mass positioned at the same distance from each others are rotating with the center of assemby. How tolve for moment and momentum?

[jamalabdinaasir]

Please tell me what you se to make this great videos I need to make it

[saifulhaqi]

Why do we neglect weight n normal force?

[uncommon]

can anyone tell me from which book is this question?

[jesussaquin]

You’re literally saving some mofos who would otherwise consider dropping this course shigashiga structurefree …..

[TheHonchoofAllSpearheads]

On a side note: 0.043 kg soccer ball. wow that's helluva cheapskate football manager. an avg soccer ball weighs about 410 g - 450 g.