a square
The intersection of two or more solids can either be an empty set, a point (two cones "intersecting" apex-to-apex), a line (two cubes touching along one edge), a face (two cubes, face-to-face). If the solids are "filled", the overlapping intersection will be another solid. If they are hollow, it will be a closed three dimensional figure.
This is a nth term question. The formula for this is: n³ + 2 So, replace the n with 10: 10³ +2 = 1002
hi is is lucy wood
That depends on the exact shape of the figure. If it is a rectangular block, just multiply the three numbers.
awsome i,m on tv
square
17 - each of the 8 point out corners on the two cubes and the middle section
The intersection of two or more solids can either be an empty set, a point (two cones "intersecting" apex-to-apex), a line (two cubes touching along one edge), a face (two cubes, face-to-face). If the solids are "filled", the overlapping intersection will be another solid. If they are hollow, it will be a closed three dimensional figure.
This is a nth term question. The formula for this is: n³ + 2 So, replace the n with 10: 10³ +2 = 1002
hi is is lucy wood
That depends on the exact shape of the figure. If it is a rectangular block, just multiply the three numbers.
awsome i,m on tv
Not much, other than they both can be parts of a 3-dimensional figure. "Vertices" is plural of "vertex", which is a point. The vertex of an angle, for example, is the point of intersection between two lines. 2-dimensional and 3-dimensional figures can have vertices. An "edge", however, is a line segment, and only 3-dimensional figures (cubes, pyramids, etc) can have edges. An edge is the intersection of two sides of a figure.
cubes and cuboids
64
figure it out
Type 'rubik's cube solution in google!