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This is clearly lifted from some test paper, omitting the vital diagram. The volume of a rectangular prism is the area of the base multiplied by the height. Same for a cube.
The exact answer will depend on the details of the prism which is not shown!
Every dimension has a shown or implied tolerance, the dimensions shown as HOLD are the dimensions that are not to be affected by the stack up of tolerances of the holes or features around them.
Since the net is not shown, there can be no answer.
Consider two vectors A and B Represented by directionel lines OM and ON respectivelynow add the two vectors by head to tail tail of vector addition now resolve it into rectangular components as shown in figure
The letter on the front will be W. The letter on the bottom will be X.
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We can get a two cubes because when you cut the rectangular prism you can get it.You will see.^_^
This is clearly lifted from some test paper, omitting the vital diagram. The volume of a rectangular prism is the area of the base multiplied by the height. Same for a cube.
What prisim as shown?
The "shown" triangular prism does not exist as none is shown, therefore no paper will be needed to cover it. This is impossible to answer without the "shown" prism. You will need to re-ask the question including the dimensions of the prism, in which case you are really asking for its surface area; this can be calculated: Twice the area of the triangular ends plus the perimeter of the triangular ends times the distance between the ends: surface_area = base_of_end x height_of_end + perimeter_of_end x distance_between_ends (note: area of triangle is 1/2 base x height, but there are two of them so this becomes 2 x 1/2 x base x height = base x height).
An isometric triangle is a 3 dimensional triangle shown on a flat surface or in 2 dimensions.
The exact answer will depend on the details of the prism which is not shown!
There is no specific name for charts that depict information in three dimensions. There are also pseudo 3-D charts, such as pie charts with a thickness, or a bar chart in which the bars are shown as if they were rectangular prisms.
total surface area is sum of parts of prism we have three squares and two triangles one of squares is bigger than others for each one of small squares : S = a2 and we know there is two of them for bigger square : S = 21/2 * a2 for each triangle : S = a2/2 and we remember there is two of them Now ; Stotal = a2 + a2 + ( 21/2 * a2) + a2/2 + a2/2 Stotal = 4.4a2
This is easiest shown through integration. If you don't know how to do integration, divide the pyramid into many thin layers, and assume that each is a rectangular block. Try to do this experiment with the help of a spreadsheet like Excel.
Every dimension has a shown or implied tolerance, the dimensions shown as HOLD are the dimensions that are not to be affected by the stack up of tolerances of the holes or features around them.