Area of square = x2
Area of rectangle = 2x * (x-3)
The two area are the same so x2 = 2x2 - 6x
so x2 = 6x
so x = 6
The square has sides of length 6
A+ = x2 = 2x2 - 6
The rectangle is 12 units by 3 units.
The quadratic equation of the square is probably x2-5x+6.25 = 0 because its discriminant is equal to zero giving the equation equal roots of x = 5/2 and x = 5/2
In certain contexts, this is called a coefficient.In certain contexts, this is called a coefficient.In certain contexts, this is called a coefficient.In certain contexts, this is called a coefficient.
The answer will depend on what the "certain distances" are for each point.
All of them do. If a certain slope goes downhill in one direction, it will go uphill if you look from the other side.All of them do. If a certain slope goes downhill in one direction, it will go uphill if you look from the other side.All of them do. If a certain slope goes downhill in one direction, it will go uphill if you look from the other side.All of them do. If a certain slope goes downhill in one direction, it will go uphill if you look from the other side.
there is no certain dimension the come in all differnet dimensions
"Dimension" is not a place. It is a word that describes aspects of a thing. We ourselves have four dimensions. We have length, width, depth and duration. That is to say each human is a certain height, a certain width and a certain thickness - and additionally we last a certain length of time. Interestingly, we regard some life forms as flat, and thus in a sense living in the two spatial dimensions of length and width, having duration (a time dimension) but no thickness, so no depth dimension. However, we know that they do have a certain depth, just very, very minute, so these too have the same four dimensions we do. The existence of other dimensions has been speculated, and is an important facet of modern theories in physics. If so, we may "live in" (or more accurately "have") those dimensions to some minor degree, the same way a flat cell "lives in"/has the third spatial dimension.
The concept of a ninth dimension in space is not currently accepted in mainstream physics. According to the widely accepted model of the universe, there are only three dimensions of space (length, width, height) and one dimension of time (often referred to as spacetime). The idea of additional dimensions beyond these four is primarily theoretical and part of certain speculative theories such as string theory.
Height, width and depth. Since it doesn't specify which size applies to which dimension, you have no way of knowing for certain.
Simple...the second dimension has 2 dimensions. Think of a coordinate plane... it has 2 dimensions... height and width. This plane is the only area that they can be on. If they were not on the plane they would be in a different dimension. So to answer your question... if it wasn't flat... it wouldn't be 2 dimensions. Better yet, the reason why the second dimension is flat is simply because only two vectors exist within a two dimensional figure. (up/down, side- side)
Usually, the term "dimension" is used the most, as it refers to the space and volume in which a certain amount of coordinates are needed to form a line or connect two different points. Most of the time, the term "dimention" is a misspelling error.
Flip the object a certain way so it is another dimension.
I believe so, there has to be some form of parallel universe in the vortex of the space-time continuum its just that, not all people have the gift of seeing these dimensions.....but i feel them!!!
Can't say for certain, but I am pretty sure the 4400 is newer.
x^2=3x(x-2)
The rectangle is 12 units by 3 units.
It's basically meaningless technobabble. There are some theories that say the Universe has additional dimensions beyond the obvious three, and time is sometimes considered as the "fourth dimension" (again, in addition to the three spatial once that we're familiar with). However, beyond that, there's no real meaning that can be ascribed to any of these dimensions; we're not even sure they "really" exist (the math in certain physical theories works out nicely if they do, but the universe as a whole doesn't really care about how nicely our mathematics works).