"One inch bigger on all sides" is somewhat meaningless. We'll assume you mean
that each dimension is one inch bigger.
The volume of the larger box is 96.875% more than the volume of the smaller one.
It also has 46.1% more external surface area on which to print advertising.
That will depend on its dimensions but it has more sides than a square because it has 6 sides whereas a square has 4 sides
The surface are is 136 sq in. You have to find the area of each of the six sides. 2 sides will have dimensions of 8x3 (48 sq in) 2 sides will have dimensions of 8x4 (64 sq in) 2 sides will have dimensions of 3x4 (24 sq in) Finally add them all up.
.2d has 2 dimensions: corners and sides.3d has 3 dimensions: vortices (corners), sides and faces.
In 2 dimensions: a vertex. In 3 dimensions: an edge.
Yes.
The possibilities are infinite: (1,1,45), (1/2,1,90), (1/3,1,135), (1,4,1,180), ... (1/2,1/2,180), (1/2,1/3,270), ... (1/3,1/3,405), ... and then there are boxes with two sides bigger than 1. And these are just rational sides. You could have sides that are irrational numbers.
square, rectangle etc. In two dimensions: a quadrilateral. In three dimensions: a tetrahedron.
Sum of dimensions of all sides
In two dimensions, we call them sides. A square has four sides.
No. There are quadrilaterals (4-sided polygons) with bigger sides, or bigger perimeters, or bigger areas. There are polygons with more sides or vertices (as big a number as you like, and more).
Yes, but only when you go to 3 (or more) dimensions.
By adding all three sides (length, breadth and height) all-together we get the linear dimensions of a box.