Question: what goes faster a big heavy truck going at 60mph or a small car going at 60mph. the weight is the only one that change? thanks!

This video hased to be produced by Colin Robinson. I just know it 🤔

Gracias por la duda 🫱🏽‍🫲🏼

oh ty

Thank uuu I feel smart ❤

I got a special ruler for my bullet journal. One side has the measurements for the dote grid and the other is cm. I've never had to use a cm ruler in my life.😅

Book 📖

2 cm

thank you sir

This video is in my text book! I got it from a QR! But this is so helpful, thanks ❤

so how tall is 100cm

1.8cm

Were not gonna talk about how he picked up the gun by the trigger?

Perfectly said.thanks! But do you mind if you can do: if a x has a mass of 800kg with velocity of 0.8m/s collides with a stationary truck of mass 2000kg.After collision the truth moves at a velocity of 0.02m/s.calculate the velocity of car x after collision. Tag me please

Hi, great video. Would you be able to explain this question im stuck on? The load is 500N and is 150mm from the fulcrum. The effort of 37.5N is applied at the other end of the beam. How do i determine the length of the beam? Many thanks

Keep it up 🎉🎉❤❤ you are going to be a millionaire

😊😊😊

Looked fine

lamats loh

I like this thank you for this video.

i almost answer it correctly bruuu

so if according to question 2... my question was to balance this when my resistance was 50 lbs and 30" away from the FC and my effort is what I'm solving for in pounds and its 15" away from FC that 15/30 = .5 then 30/.5 to get 60? I go back to school tomorrow hopefully I'm right and I don't look completely dumb 😁

Thank you, sir!! Enjoy your day!!

The pyramid breakdown is a simple yet powerful aid. Thank you for explaining these elements so well!!!

Good

Thank you.. It is really helpful

THANKS 🎉

God bless you 😊

Thank you for your very good tutorial!!!!👍🏼

you sir are a hero

Actually very good

It is really helpful 😮

Thank a lot

thank you so much studying for the operating engineers union

For anyone who need this MA= input distance / output distance . Distances are inversely proportional to force so MA = Output Force / Input Force. My way of remembering this is " Mechanics (mechanical advantage both share the mech in the name) only WORRY about the INPUT DISTANCE not about the output distance so they can get paid. So be very careful of your input distance because mechanics will try to trick." No hate to mechanics.

Thank you

okay but what are the given? 😭😭

great sir🙌

2.54 inches equals two and 35/64ths in "American" Imperial I believe. What does 2.54 cm equal if you cannot have point 54 when we are told one cm equals 2.54 inches...? the "error" part makes me think they are needing bigger "tolerances" when building or measuring something...?

Wow thanks sir ur a treasure in this world

Wow. . . I’m bout to throw all my American rulers in da trash!! This is so easy!!!!!

Thank you Einstein

❤

0.95

response video: kzbin.info/www/bejne/qnWkg5SLp5Zlis0

1/4/24: How do I find 8.27" and 11.69" on a ruler? I'm trying to figure out the size of A4 paper but, OMG, I can't figure it out. Help!

bro finna make his back give out

😂😂

How to develop a system which show the weight required to develop zero torque

Two levers are attached then how to balance them automatically