A cuboid would fit the given
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I would call it a "box", but mathematicians might also call it a rectangular box, a rectangular cuboid, a right cuboid, a rectangular hexahedron, a rectangular parallelepiped, or a right rectangular prism.
A parallelogram.A parallelogram.A parallelogram.A parallelogram.
A triangular prism. :)
The shape can only be a rectangle! A rectangle is a four-sided 2-dimentional figure, where every angle is a right angle, opposite sides are parallel, but the 4 sides are NOT equal.
It is a square.
a cube
A hexahedron, or cube.
a rectangular prism
A parallelepiped.
This depends on if the question is asking for each pair of opposite rectangles must be congruent, then it is a rectangular prism.If all of the rectangles are congruent, then it must be a Cube. A square is a special case of a rectangle, and all 6 sides being squares makes a cube and they are all congruent.
A solid figure that has three pairs of parallel faces with all faces being congruent is a rectangular prism. In a rectangular prism, opposite faces are both parallel and congruent, and it consists of six rectangles as its faces. Each pair of opposite faces has the same dimensions, ensuring that all faces are congruent in shape and size.
A rectangular cuboid would fit the given description
a rectangular prism yeah
A parallelogram has two sets of congruent parallel sides.
The shape described is a rhombus. A rhombus has four sides that are all congruent, and its opposite sides are parallel. Additionally, while opposite angles are equal, none of the angles are right angles. This geometric figure maintains these properties, distinguishing it from other quadrilaterals like rectangles or squares.
A parallelogram is a four sided figure. that has congruent angles and all sides are parallel
hexagonal prism
rectangles squares