Is it possible to have an object moving in a certain direction with an accleration in perpendicular direction?
611009
OF course yes! \nCentripetal accleration .... when you are moving in acircular path, your dirction of motion is alng the tangent at that particular point and the centripetal accleration is perpendicular to that tangent!\n\nThats it!\n\nIs it clear?
140476
Speed and direction, if thats what you're asking
746347
Sure, you can slipstream pretty much whatever you want.\n\nThis is a nice GUI tool that will handle it for you:\nhttp://www.nliteos.com/
860099
only if its back is turned
386243
yes the angle will affect trajectory and distance.  the best angle is 45 degrees
449850
3,You can walk in X axis direction(horizontal),the earth can move you also in Y direction(by turning or wind),and the solar system can make up for the Z direction(up or down).But you would not FEEL the Y and Z even if present they are small so you really would feel only one but three would be there.three=X,Y,Z. \n\nOR If we'd blow you up with a bomb you'd FEEL all three at the same time!!! probably momentarily too!!!\n\nthe result would be you'd travel a distance(AND a direction represented by XYZ) in a strait line to somewhere.\n\nPearlsawme:how would you explain to somebody where to go if you had to give directions. Force=f(x)+f(y)+f(z] if i give values to XYZ you'll know where to go.The relationship by which the alignment or orientation of any position with respect to any other position is established.\nApril 16:GOOD POINT YOU WIN Pearlsawme but representing the direction as to take XYZ in consideration.Also just to be clear to others,lets not forget that a force implies an acceleration, f=ma,after the initial impulse you would still move in that direction without any additional force.Example tennis ball in space.\n\nChinu:your explanation sounds logical(?) enough but i have to wonder if parallel dimensions really exist.Personally being a realist i think they are seeing some sort of image or a fast jump of the electron(or both)...but I'm not qualified to say.
572689
No easily measurable effect. There is a small Coriolis effect when flying north or south, but not when flying east or west. The air and Earth are all rotating as a unit, so except for wind, it is no different than driving on the ground. Wind speed and direction is controlled more by heating from the Sun than anything else, and it can blow in any direction. True, prevailing winds to tend to make for quicker travel in one direction, but that is not what you are talking about I think.
965485
You can do a theoretical top speed with physics, but it wouldn't account for the two main killers of speed which are aerodynamic drag and internal friction.  Without knowing those, you'd only be getting a false promise from your calculations.
1161226
The horizontal speed will be maximum at release.  However, gravity will add vertical (downward) speed.  The speed in the direction of motion may actually increase depending on the amount of air friction, and the mass of the ball.  The mass will not affect downward acceleration, but will affect the slowing effect of air friction.  This is actually an interesting question and you have intriqued me to try and solve it: is there a maximum velocity in the direction of motion?\n\nIt can get quite complicated since the vector sum of vertical and horizontal velocities is continuously changing as the ball accelerates downward and the trajector points down.
983608
When it goes the other direction?  Really.
761342
We did something like this in my physics lab with an Atwood machine.  It was a pully with weights hanging from it.  I can't exactly remember how it worked, but maybe this will inspire you.  We also did something with an air track and these two masses colliding and we'd see which one would go in which diretcion.  You need a nearly frictionless surface, like an air hockey table or ice slab.
1139143
Counterclockwise to both questions.
844842
I'm pretty sure it's called the Coriolis Effect. You can look it up.
725445
You can't without the radius of the wheel...m/s is a tangential speed.
256564
Creates a lot of motion but doesn't take you anywhere?
7662
A point does not have a direction. So I guess the answer is yes.
689568
Try using an airplane, a navigational wheel, or something along those lines.