is it easier to push or pull? why?
461470
when you push, some of the weight of the object being pushed is transfered to your feet and aids traction.\n\npushing a pencil puts more weight on the lead.
1064901
It is very easy once you get the hang of it. You grip it with your middle and ring fingers. You want to "dig" your nails into the seams. When you release you push forward with your fingers.
954861
depends on how you are going to use it, are you going to pull with it at all?
597467
I believe if you push them in your reel will get faster.if you push them in i would do it by pshing one on onside and then the one directly acroos ,like bolting on a car tire.
426
i found myself picking up snowboarding faster than skiing. by picking up, i mean i felt ready to take on the more intermmediate/advanced runs after a day or two of the bunny slopes. one board and 2 turns (backside and frontside) was a lot less to deal with than 2 poles and 2 skis and limbs flailing around in different directions. moguls are harder on a snowboard and more fun on skis. flatter runs are more frustrating on a snowboard. getting off the ski lift seems easier on skis
324364
A push or pull is called force in Physics.\n\nA body is at rest if its speed is zero: it is in uniform motion if its speed is constant.\n\nThe first is called state of rest and the second one is state of uniform motion.\n\nA force (push or pull) is always necessary to move a body from rest.\n\nThe above statement is familiar to every one.\n\nTherefore, if a body is at rest it will always be at rest unless a force acts on it .\n\nThis is Newton’s one part of First law.\n\nThe second part says that if an object is in uniform motion it will be always in uniform motion unless a force acts on it.\n\n To understand this statement some imagination needs.\n\nWe push   a plate from one edge of a table to the other edge. It moves some distance and then stops. This is due to the force called friction. The table is made smooth, the plate will move some what greater distance and then it will stop. We cannot avoid friction altogether.  But we can infer that if there is no friction at all then there is nothing to stop the plate from moving and it will continue to move. \n\nHowever, if it slows down, we say certainly there is some force to slow it down.\n\nThe second part of Newton’s first law, “a body in uniform motion will always be in uniform motion unless a force acts on it” is understood now. \n\nOnce a force acts on a body the speed of the body not only changes, but is continuously changing as long as the force acts.\n\nThat is speed is zero first, then the speed increases depending upon the force, say to 10m/s in the first second , then it increases to 20m/s in the second second, then to 30m/s in the third second and so on increases for ever as long as the force acts.\n\nAnother thing is if the same force is applied to different bodies then the rate of change of velocity (we call it as acceleration) is different for different bodies.\nThis is due to the masses of the body. Mass of one body is different from the other.\nIf masses were same then the acceleration will also be the same.\nThus the force is equal to the product of mass and acceleration. The motion is also in the direction of force.\n\nThis is Newton’s second law. It states, “Force is equal to mass times acceleration”\n\nThe product of mass and velocity is called momentum. Newton’s second law can also be stated as force is equal to the rate of change of momentum. But that is for a special case when the mass of body in motion is changing.\n\nIn the beginning we said that a push or pull is force and a force is necessary to change the state of a body.\n\nSuppose a body A gives a force on B, We have seen B’s state is altered. But we have forgotten or we have not cared what will happen to A. \n\nIf A pushes B, it implies B pushes A. If A pulls B, it implies B pulls A.\n\nWithout the other there is no meaning of force. Force always exists in pairs.\n\nWhat all happens to B, because of A, is also happening to a because of B.\n\nThis is Newton’s third law. It states, “If a body exerts a force on another body then the second will exert same but opposite force on the first body.” \n\nThe example for third law is numerous because wherever we come across force we can always find the other force of this pair of forces.\n\nWe walk because we push back the ground, the ground pushes us forward.\nWe swim in water because we push water back and water pushes us in front.\nA heavy object is not moving if we apply force. This is because friction pulls us in the opposite direction.
1182802
Walking down stairs is definately easier than walking on level ground because gravity is sort of helping you move. Now, walking down stairs is better for your health than taking the lift because you are moving. This means that you are burning more calories than someone standing in the lift. Keep on walking and stay on the move. You will see the benefits of it.\n\nJ
262872
Squeeze while you press.\n\nI don't like it. It seems like a really good idea, but it is very hard to use.
380459
Not difficult, a very clean way to do it. Get the girl to bend over and the guy can figure out what to do next! lol! Its safe and easy if you have a strong guy (like me :)
564603
Feet first is safer.  It also provides the ability to pop-up and advance if the ball is overthrown or an error occurs.  Getting off your stomach takes more time.  There really isn't a need to slide head first when advancing to a base because you'll get there faster on your feet.  Diving back on a pick off or an attempt to jar the ball from the catcher are the only two situations where a head first attempt is called for.
35605
it doesnt really matter. but when your on a soft surface its better for your back. when your on a hard surface it can be bad for you back. so i think soft is better.
684155
life can be tough. push harder
252925
The two simplest pulley systems demonstrate the principles of their operation.  First if there is a single pulley overhead and you pull down to lift a load, you must pull with the same force as the weight of the load because oonly one rope pulls up on the load.  100 pound load = 100 pound pull.\n\nSecond, if the load is below you and you pull up on a rope connected to your own level through a pulley, you pull with a force one half the weight of the load because two ropes are pulling now up on the load.  100 pound load = 50 pounds pull + 50 pounds on fixed rope.\n\nThe overhead pulley required you to pull the rope say 10 feet to lift the load 10 feet; but the pulley below you required you to pull the rope 20 feet to lift the load 10 feet.\n\nYou can calculate more complicated pulley systems either by counting the number of ropes that are under tension that actually lift the load and dividing the load by that number or you can determine the length of rope you must pull to raise the load a given distance and use that ratio to determine your force vs the load weight.  you can do this by making sketches rather than actually setting up real pulleys, ropes and loads.  Good luck.
579699
The Breaststroke is perhaps the easiert and the Back stroke is hardest, for me...so it all depends on person to person
650834
it depends on what machine you use for digging, if you want to open a tunnel like channel then you can use tbm's(tunnel boring machine) it gives you machine force, if you use another machines then the time will be increased
368216
I prefer to grab twist and pull.I usually get the facial expression I'm hoping for.
577841
I think people naturally want to improve their efforts, and that is what is being done to serve the clients better. However, there are those who have a hard time with change. It sounds as though you do. Actually, I have used both formats and find them equally well-done, although if I had to choose, I would choose the original.