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Which of the transformations will produce a similar but not congruent figure?
A dilation would produce a similar figure.
What is the square units in a interior of a 2d figure or the surface of a 3d figure?
A 2D interior will be length times width (a flat shape) as in the area of a floor.A 3D figure would be length times width times depth (a raised shape) as in a box.The units used would depend. A floor would be in feet and inches or metres and centimetres.A 3D figure would be in a similar measurement, but given in cubic units.
The number of square units that covers a figure?
This would be the area.
What 3 dimensional figure has a square base?
A square based pyramid would comply with the given dimensions.
Would a four inch rectangle be similar to a 4 inch square?
Yes they can definitly be similar.
Which of the transformations will produce a similar but not congruent figure?
A dilation would produce a similar figure.
What figure would be simila to a 4-inch square?
2 inch square
What is the square units in a interior of a 2d figure or the surface of a 3d figure?
A 2D interior will be length times width (a flat shape) as in the area of a floor.A 3D figure would be length times width times depth (a raised shape) as in a box.The units used would depend. A floor would be in feet and inches or metres and centimetres.A 3D figure would be in a similar measurement, but given in cubic units.
The number of square units that covers a figure?
This would be the area.
What does a square and a triangle combine makes what figure?
That would be a pentagon...
Why are two figures similar if their angles are the same?
because if you shrink or grow a similar figure, it would be congruent.
What 3 dimensional figure has a square base?
A square based pyramid would comply with the given dimensions.
Which figures would be similar to a 4 inch square?
Every square is. There are an infinite number of them.
Would a four inch rectangle be similar to a 4 inch square?
Yes they can definitly be similar.
What is a figure with six congruent sides and all square faces?
A square dice would fit the given description.
Which figure is not always equiangular a rectangle rhombus or a square?
A rhombus is NEVER equiangular. If it were equiangular it would no longer be a rhombus but a square.
How would you draw a diagram to represent the contrapositive of the statement If it is a rectangle then it is a square?
figure b
