Thanks for the amazing video, cleared a lot of my doubts. So, according to newton's third law; the weight force and normal force are not action and reaction pairs? Because they are different types of forces (Normal force is contact force and weight force is a field force)?
Assuming your thinking popping one off outside of any gravitational influence; While space is a vacuum, a vacuum is defined as a region of low pressure. Defining it as 'low' pressure and not 'no' means there must be some mass there to create the remaining pressure. The bullets interactions with this particulate mass will eventually reduce its velocity (by way of newton's third) to an inertial momentum. Newton's first tells us that all mass is inertial mass, applying equivalence, all mass is in constant motion, so yes.. it will stay in constant motion, not because it was fired from a gun (as that kinetic energy will dissipate over time) but because inertia is an inherent property of mass. Hope that helps 😇
Thank you so much indeed professor ❤🙏
BEST PHYSICS LECTURES EVER !!!
great job man
What do the students see on the glass? Do they see the mirrored version like this video or not?
Bro you are the best phy teacher ever
Shilpa Lingoji,
Thanks for the comment, you made my day.
You might also like my new website: www.universityphysics.education
Cheers,
Dr. A
Thanks for the reply sir
Sir I had a dout can this question be used for an phy Newton's Third Law assignment paper
Facts
Thanks for the amazing video, cleared a lot of my doubts. So, according to newton's third law; the weight force and normal force are not action and reaction pairs? Because they are different types of forces (Normal force is contact force and weight force is a field force)?
Best video on you tube
Ashu Bains,
Great comment, thanks. You're making me blush!
You might also like my new website: www.universityphysics.education
Cheers,
Dr. A
if you shot a bullet in space would it go on forever until something stoped it?
Assuming your thinking popping one off outside of any gravitational influence;
While space is a vacuum, a vacuum is defined as a region of low pressure. Defining it as 'low' pressure and not 'no' means there must be some mass there to create the remaining pressure.
The bullets interactions with this particulate mass will eventually reduce its velocity (by way of newton's third) to an inertial momentum.
Newton's first tells us that all mass is inertial mass, applying equivalence, all mass is in constant motion, so yes.. it will stay in constant motion, not because it was fired from a gun (as that kinetic energy will dissipate over time) but because inertia is an inherent property of mass.
Hope that helps 😇
how are these videos filmed? What is he writing on?
Come visit us here: www.learning.glass
Cheers,
Dr. A
Did he just said 'Thalia Grace'? 0:55
Oh ya ! I also want to know that how tish video is shot...
Come visit us at www.learning.glass
Cheers,
Dr. A
You gotta get rid of that squicky sound though somehow
sqiiiiiiiikkk scriblle sqiiiiiikkk
I can't understand it!
Aldum,
Sorry.
You might also try my new website: www.universityphysics.education
Cheers,
Dr. A