its called the bounding box :P
No, it is not possible for a rectangle to have a perimeter of 46 and an area of 42 simultaneously. For a rectangle, the perimeter ( P ) is given by ( P = 2(l + w) ), and the area ( A ) is ( A = l \times w ), where ( l ) is the length and ( w ) is the width. Solving these equations shows that the dimensions needed for these values are inconsistent, meaning no such rectangle exists.
parallelogram, rectangle, square -_-
Hi
A square or other shape drawn on paper that shows only the front profile (and not the sides) is a 2D plain figure.
a rhombus is a shape that looks like a diamond shape.... if you look up images on google and then type in rhombuses then it shows you some shapes that are rhombuses
No, it is not possible for a rectangle to have a perimeter of 46 and an area of 42 simultaneously. For a rectangle, the perimeter ( P ) is given by ( P = 2(l + w) ), and the area ( A ) is ( A = l \times w ), where ( l ) is the length and ( w ) is the width. Solving these equations shows that the dimensions needed for these values are inconsistent, meaning no such rectangle exists.
A globe is the best type of map that shows the three dimensions of Earth's surface - length, width, and height. It accurately represents the spherical shape of the Earth and allows for a more realistic depiction of its true geography.
A globe is the map that represents the three dimensions of Earth's surface - length, width, and height.
The number of electrons in the outermost shell...
A globe would be the most accurate representation of Earth without distortions as it shows the planet in three dimensions, preserving the true shape of landmasses and distances between them.
To calculate the area of a rectangle, multiply the length by the width. For this question, the length is 8' and the width is 3' (The symbol ' means feet, and " means inches), so you would multiply 8 x 3 = 24. The area of the front room is 24 square feet.
conic projection
Topographic Map
"relief"
Topographic map
parallelogram, rectangle, square -_-
A Lewis structure shows the valence electrons of an atom, which are the electrons in the outermost energy level. These electrons are involved in chemical bonding and determine the atom's reactivity and bonding behavior.