Vertically or horizontally?
138986
HORIZONTALLY IS THE UNIVERSAL WAY...FRANCE IS NOT OUT OF THIS UNIVERSE MY DEAR.
169522
For example, you have a square and a circle and you are trying to classify them.  The first question would say "Are the sides all straight?"  If you are looking at the square, you would say yes.  You would look at the two possible answers, yes and no, and see where it says to go.  Since the difference between a square and circle are clear, there probably wouldn't be another question, but supposing there was, it might say "Are there any right angles?"  Yes again.  Go to the yes answer and go where it says to go.  Repeat this until you classify everything
431960
Horizontal velocity is the speed of something flat ot the ground like a car on the road.\n\nVertical velocity is the up/down speed, like a ball thrown straight up.\n\nIf you throw something on an angle (not straight up) it has some vertical velocity in the up direction and some horizontal velocity along the ground.
134651
so lets see....you are suppose to draw six vertical lines....\n|  |  |  |  |  |\nthen if you want to turn those lines into the word nine, you have to draw in five more lines, thus 6 + 5 = NINE\n|&#92;| | |&#92;| |E\n N  I  N  E
512726
With or against the current?
599642
Depends on what you are putting together.. For some things, it's not important if you screw in all sides evenly.  However for other things that require proper alignment for functionality and ease of construction putting the screws in equally is important.  For example, when you put on a tire for a car, you should put the nuts on evenly (opposite nuts in) so that the wheel remains balancedwhen you drive.  But if you are simply puttng one board to another that does not require balance for the object to function (like wallboard) then it really doesn't matter.
486687
Don't add the two. Only the vertical distance counts in determining work because only in lifting the block did you move it against the force of gravity.
474535
your question is not clear. describe positions of the objects.
479569
cant decide so I'll say both
259101
Who's on First, What's on Second, I Don't Know is on third. Why is in left. Because is in center. Tomorrow is the pitcher. Today is catcher. I Don't give a Darn is at short.
563559
Well, the horizontal fraction bar is called a "vinculum" but the slanted version is called a "solidus."\n\nEDITED TO ADD: dax is right, btw... the word "solidus" applies to any use of a "slash."  Also, the word "vinculum" applies to any placement of a bar over mathematical symbols in order to group them, like the horizontal bar part of the radical ("square root") symbol (√), or the bar placed over the repeating numbers of a decimal expression.
146936
(a) 100C\n(b) Monoliteral or monoverbal
128887
alright, first off remember:  (x,y)  these three points have something obvious to begin with, the x value is the same in all three points.  Therefore every point would be at two on the horizontal plane.  Thus, we have a vertical line!  You know of course this means that the y value is irrelevent and the equation you get is x=2.  for anycombination of x and y values you put together they will come up on this line since x will always be two, and y can be any number you want.  Hope this helps.
155557
shouldn't you subtract the work done by gravity\nfirst?\n\nwork By Horizontal Force = 55Nm - work By Gravity
576294
in small scale your horizontal line would be a straight ;line however if it is in large scale your horizontal line would bend
64090
Bottom LEFT...\nUnless you wish a FARM..
587633
(A) vertical velocity=12.4*sine57.7=10.48m/s\n  Final velocity=0=12.48 - 9.8*t\n  t = 1.07 seconds\n Vertical height = 12.4*1.07-0.5*9.8*1.07^2=5.6m\n Total height=20.1+5.6=25.7m\n Strike velocity= sqrt(2*9.8*25.7)=22.44 m/s\n\n(B) Downward velocity=12.4*sine 57.7=10.48 m/s\n Strike velocity= 10.48+sqrt(2*9.8*20.1) =30.32 m/s