That finally explained why exactly pulleys can multiply mechanical advantage. I've only been taught that it simply does multiply it. Great explanation.
I want to add a pully system to raise the end of my batting cage net. Any suggestions? I was going to use 3 pullies 2 on the end and try to run the 2 ends to the middle and this will connect to a locking wench so kids can pull it up down? any advice appreciated.
I know this is a really old video but Canyon do this in reversecan I pull the rope from the center pully to increase the height pulled. I want to move something 18 inches with as small a linear actuator as possible
i am rigging an 18 ton crane tomarrow,called reeving the block...for every "part" that is verticle cable,except the redirect,we can multiply by 2?..so a 4 part would be times 4?...so for every unit pulled out,1/4 of a unit is the lift???THIS IS THE SIMPLE CALCULATION im looking for!! I have seen 10 part lines!! Why isnt this SIMPLE thing explained??AND also, not addressed here is can there be odd numbers of "parts" like 3 or 7?? by deadmanning the end at the load instead of the top??
U can put one at the bottom aftergoing up or starting going dn then up the to load from load to last support and the bottom pulley is called a " snatch block" i think thats what its called. Funny to me snatch block......
@@andycapp8843 TRY "Mechanical Engineering: Particle Equilibrium (11 of 19) Why are Pulleys a Mechanical Advantage?" Very, very clear. Great channel. Best wishes.
I'm sorry to be critical, but as a California State instructor for RS1, Con Space, trench etc., I think this is a poor video describing M'A's. The footage and video quality is great but it is could be better explained. Check out "smarter every day" who has made a fantastic video describing M/A's.
Goes completely off the rails very early. Check out this fellows channel for a much better explanation: Michel van Biezen, including "Mechanical Engineering: Particle Equilibrium (11 of 19) Why are Pulleys a Mechanical Advantage?" ---I mean, look what this gentleman does here: he tells you at 2:53, whoops, this rightmost pulley doesn't actually contribute to the lifting!
The simplest, clearest example I have found. Thanks
That finally explained why exactly pulleys can multiply mechanical advantage. I've only been taught that it simply does multiply it. Great explanation.
my left ear enjoyed this
I want to add a pully system to raise the end of my batting cage net. Any suggestions? I was going to use 3 pullies 2 on the end and try to run the 2 ends to the middle and this will connect to a locking wench so kids can pull it up down? any advice appreciated.
I know this is a really old video but Canyon do this in reversecan I pull the rope from the center pully to increase the height pulled. I want to move something 18 inches with as small a linear actuator as possible
i am rigging an 18 ton crane tomarrow,called reeving the block...for every "part" that is verticle cable,except the redirect,we can multiply by 2?..so a 4 part would be times 4?...so for every unit pulled out,1/4 of a unit is the lift???THIS IS THE SIMPLE CALCULATION im looking for!! I have seen 10 part lines!! Why isnt this SIMPLE thing explained??AND also, not addressed here is can there be odd numbers of "parts" like 3 or 7?? by deadmanning the end at the load instead of the top??
but if your load pulley there was fixed to the floor, and you were developing a downward force, it would be a 3:1
Why is it called the “T” method?
U can put one at the bottom aftergoing up or starting going dn then up the to load from load to last support and the bottom pulley is called a " snatch block" i think thats what its called. Funny to me snatch block......
Again, just count tensions ONCE and don’t mess up
Javier…..is there a link to the video you made that illustrates the system more clearly?
@@andycapp8843 TRY "Mechanical Engineering: Particle Equilibrium (11 of 19) Why are Pulleys a Mechanical Advantage?" Very, very clear. Great channel. Best wishes.
Looks good but the music is louder than the vocal. Couldn't follow the advice. Sorry!
I have not understood
I'm sorry to be critical, but as a California State instructor for RS1, Con Space, trench etc., I think this is a poor video describing M'A's. The footage and video quality is great but it is could be better explained. Check out "smarter every day" who has made a fantastic video describing M/A's.
Goes completely off the rails very early. Check out this fellows channel for a much better explanation: Michel van Biezen, including "Mechanical Engineering: Particle Equilibrium (11 of 19) Why are Pulleys a Mechanical Advantage?" ---I mean, look what this gentleman does here: he tells you at 2:53, whoops, this rightmost pulley doesn't actually contribute to the lifting!
There is no sound. I can’t hear the person speaking
then your deaf
lol
I’m sure it’s a good video but you can’t hear anything but the background music
I can hear it just fine
I think you need one unit of intention....get on with it man
Can't freaking people speak up on this
What do you mean but I think I agree with you
@@ofdlttwo what do you mean,, 'what do you mean' you can barely hear him what did you think I meant
@@batboy020876 Thanks Adam! I have a few critiques so I didn't know what you were referring to when you said, "someone speak up"and
@@ofdlttwo qaa
Clean your ears