How do u explain the why on pulling the dishcloth fast enough to make all the objects on top of it stay still?
539114
This is basically Newton's law of inertia in action. All objects in motion will stay in motion and all objects at rest will stay at rest until an outside force is introduced. The most common outside force on Earth is friction. There is friction between the tablecloth and the objects on top of it. That's why if you pull the cloth slowly, the objects slide off, but when you pull the cloth quickly, you reduce the friction and the inertia of the objects makes them stay where they are.
984954
You are enjoying this too much.  Poop in the pan then move the pan.  Finisher yer big crap then divie up the poop in the pan into the jars......wipe and go.  Don't forget to wash yer hands.
308773
you need a parachute to slow down the egg.  wrap the egg in some kinda of foam, secure it with some tape.  attach the parachute to the rest and drop!
553096
Click and hold on it and drag it!
328296
'cause.. ugh!  who whats to have to get up in the middle of doin' their "bizness" to get another roll?  I don't care if the t.p.'s on the sink or back of the tiolet..;  just make sure itis accessible (easily) and I'll put it on the roll, myself!\nBTW:  which way is the roll of tissue supposed to "roll"??
1023006
I have this thing that drives my husband batty...I separate paper napkins or tear them in half...he can't stand when I do that.  I don't turn lights on until a room is so dark you can't see anything.  I use candles a lot too instead of electric lights.  I wash plastic picnic plates and silverware.  Stock up my pantry with things I use all the time when I see them on sale.  I only do large loads of laundry.  Walk instead of taking the bus.  Never buy ready to eat meals, always cook from scratch.  Freeze leftovers.  Stale bread becomes a breakfast casserole or croutons.  Leftover vegetables become soup...Oh, the list goes on and on....
167921
increase the drop distance.\nthe further you let it fall before stopping the longer it will take, or you could try an updraft
982759
Pulling quickly. Inertia is the reluctance of an object to change its state of motion, i.e from stationary to moving. You can see it as a delay in time that an object takes. And that's what you have to make use of. In other words, before the entire tissue roll starts to unroll after it experiences a force (by your hand on the piece of tissue), the tissue MUST come down.\n\nHope this helps=)
699296
Practice.  \n\nYou are likely not clearing the top.  It should be a smooth motion; versus rolling over the ledge.\n\n_
1089611
As an expert with years of experience I assure you my answer is professional:\n1. place the roll on the holder in a manner that permits the paper to hang down from the front.  Check by looking at the right side of the roll when installed to make sure the roll unwinds in a counter clockwise manner.  REASON: it is easier to control the flow of paper and easier to grasp the end of the roll.\n2. when in place on the holder, gently squeeze the roll so that the inner tube forms an oval.  REASON: if the roll is oval, it is easier to control the flow of paper compared to a perfectly round tube because the oval shape stops the paper as soon as you stop pulling.
176720
Old style way was Cheese it would help bind the system. Or caster oil. Granny said this works most every time.
1112815
I made one in 11th grade that filled a cat dish with food....in fact, I eventually rigged it so my cat could rub into the lever that would set the whole thing in motion.\n\nOther ideas:\n- ring a door bell\n- drop a new pencil on a table\n- turn off a light switch\n- fill a glass with a bottle of water
847592
See the ref. below. The hoop is balanced on edge on the bottle and the dropping object is balanced on the top edge. This version doesn't use a piece of cardboard, but I suppose it might be under the hoop and provide a nearly horizontal surface to skid the hoop out. Anyway, why does pulling the hoop out work better than pushing it out? One reason could be that when pulling something it tends to "follow" the pull, even if you're pulling slightly off-center. But if you push something off-center it will get more and more off-center as you continue. Another effect is related to the hoop's flexibility. When you put a horiontal force on one edge it will tend toward a more elliptical shape. Hit it on the inside (force outwards) and it will get wider and shorter (helping it avoid contact with the chalk). Hit it on the outside (force inwards) and it will get narrower and taller (more likely to hit the chalk as is moves sideways). This experiment illustrates Newton's 1st law, since when there is no sideways force put on the chalk it doesn't move sideways, and when there is, it does.
1104231
Pull it back up.  What else could I do?
958394
You could tie a long string or ribbon on it and let it go.  At some point, the balloon will stop rising.  Cut the string just where it touches the floor.  Neutral bouyancy achieved!
831148
Sea salt melts it quickly.\n\n\nPeace
588486
If you mill Aluminum plates to a very fine precision, and then stack the plates together they will become difficult to dislodge from each other.  The reason is not due to suction.  It is due to covalent bonds forming between the two slabs of metal!  Hard to believe isn't it!  I thought so too, even when I got a chance to see it first hand.