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How to Solve Kinematics Problems Easilyruclips.net/video/8ldBIfKFUaE/видео.htmlKinematics Playlistruclips.net/p/PL5mhjj_ffJDk4ph71VeXl0vIcMOmIXYPs
You are the real king.If you didn't know that,now you do.Thanks
Glad I could help!
Thank very much 🙏🙏🙏
You’re very welcome!👍
Every one of your videos has helped me so much. I wish there were so many more. I have so many questions. LOL
Thanks! I’ve got more coming out.
isn't there another equation so that the initial velocity is unknown? also good timing with the video, surprised it's that new
Yes, you’re right, there’s a fifth one! Combining equation 1 and 2 gives you: Delta x=(vf)t - 1/2(at^2). Thanks for watching!
Question here, ummmm so you're not supposed so squared the 3m/s²? Or justt the whole number only?
Correct, you don’t square the acceleration. You only square the time.👍
How to Solve Kinematics Problems Easilyruclips.net/video/8ldBIfKFUaE/видео.html
Kinematics Playlistruclips.net/p/PL5mhjj_ffJDk4ph71VeXl0vIcMOmIXYPs
You are the real king.If you didn't know that,now you do.Thanks
Glad I could help!
Thank very much 🙏🙏🙏
You’re very welcome!👍
Every one of your videos has helped me so much. I wish there were so many more. I have so many questions. LOL
Thanks! I’ve got more coming out.
isn't there another equation so that the initial velocity is unknown? also good timing with the video, surprised it's that new
Yes, you’re right, there’s a fifth one! Combining equation 1 and 2 gives you: Delta x=(vf)t - 1/2(at^2). Thanks for watching!
Question here, ummmm
so you're not supposed so squared the 3m/s²? Or justt the whole number only?
Correct, you don’t square the acceleration. You only square the time.👍