A point in 3 dimensional space will have three coordinates associated with it. These may be Cartesian or Polar and how you plot the point will depend on that.
Given two diagonal points of a rectangular prism, there are infinitely many possible orientations. To see this hold a small box (a rectanglar prism) with your thumb and forefinger pressing against opposite vertices. You can then rotate the box representing the various possible orientations of the prism.
You have omitted the dimension of 'length' Volume -= length X Width X Height.
Well you rule a 40cm over 2 4 and then you minus 45% from the diagonal lenth of the syntripical force which makes it 698% and partly impossibe
The question cannot be answered because there cannot be a rectangular prism with the given measurements in 3-dimensional space. For 4 dimensional space 111 squared provides information about the area of a face but that is not enough to determine the lengths of its sides.
Give the dimension of each rectangle that can be made from the given number of tiles then use the dimension of the rectangle to list all the given factor pair for each number 24Read more: Give_the_dimension_of_each_rectangle_that_can_be_made_from_the_given_number_of_tiles_then_use_the_dimension_of_the_rectangle_to_list_all_the_given_factor_pair_for_each_number_24_32_48_4560_and_72
The answer depends on what information you are given: (volume, breadth and height), (surface are, breadth and height), (principle diagonal, breadth and height), (mass, density, breadth and height) or some other set.
The dimensions given appear to describe a rectangular box, with 3 separate pairs of rectangles: 4X8 -> Diagonal is 8.944 ft 4X12 -> Diagonal is 12.649 ft 8X12 -> Diagonal is 14.422 ft
In three dimensions, the solid defined as being bound by the set of points at a given distance form a point is a sphere. In two dimensions, the figure defined as being bound by the set of points at a given distance from a point is a circle. In one dimension, a line segment is bound by the two points at a given distance from a point.
You have omitted the dimension of 'length' Volume -= length X Width X Height.
Well you rule a 40cm over 2 4 and then you minus 45% from the diagonal lenth of the syntripical force which makes it 698% and partly impossibe
A line segment would define the given description.
The question cannot be answered because there cannot be a rectangular prism with the given measurements in 3-dimensional space. For 4 dimensional space 111 squared provides information about the area of a face but that is not enough to determine the lengths of its sides.
Give the dimension of each rectangle that can be made from the given number of tiles then use the dimension of the rectangle to list all the given factor pair for each number 24Read more: Give_the_dimension_of_each_rectangle_that_can_be_made_from_the_given_number_of_tiles_then_use_the_dimension_of_the_rectangle_to_list_all_the_given_factor_pair_for_each_number_24_32_48_4560_and_72
The answer depends on what information you are given: (volume, breadth and height), (surface are, breadth and height), (principle diagonal, breadth and height), (mass, density, breadth and height) or some other set.
This question could be answered if only it had also given either the width or the diagonal of the park.Knowing only the length of the park, the jogging loop could still be anything at all.Maybe there's some rule that relates the width of a rectangular city park to its length. We don't know it.
Given side S, the diagonal is S * √2. So the difference is Diagonal - side = (S √2) - S = S (√2 - 1) so Given Difference / (2 - 1) = S That's the size of the side of the square :)
(R Dim.ensionValue)
Given a 56 cm diagonal, the square will have a perimeter of 158.4 cm