To find the perimeter of the triangle formed by the vertices A(-2, -3), B(-29, 7), and C(7, -3), we first calculate the lengths of the sides using the distance formula. The distances are AB = √((−29 + 2)² + (7 + 3)²), BC = √((7 + 29)² + (−3 - 7)²), and AC = √((−2 - 7)² + (−3 + 3)²). Adding these three distances together will give the perimeter of the triangle. After calculating, the perimeter is approximately 68.44 units.
An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.
Count the squares around the rectangle... Simple as that!
An angle on the coordinate plane
It graphs out as a right angle triangle with a perimeter of 35 inches rounded to the nearest inch with a 90 degree angle and two acute angles of 26.6 degrees and 63.4 degrees both rounded to 3 significant figures.
Perimeter almost always has a unit, which is the same as that of the lengths given by the question. The only case I can think of where no unit is necessary is when the question uses a coordinate plane.
If you mean vertices of (-2, 9) (7, -3) and (-2, -3) then it is a right angle triangle with an hypotenuse of 15 and sides of 9 and 12 that all add up to 36 which is the perimeter of the triangle.
An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.An interior angle of a 2-dimensional plane shape is an angle on its perimeter that is facing the enclosed area of the shape.
The vertical axis in a plane coordinate graph
Six.
Count the squares around the rectangle... Simple as that!
An angle on the coordinate plane
a coordinate plane
The given vertices when plotted on the Cartesian plane will form a right angle triangle and so therefore its largest angle is 90 degrees.
It graphs out as a right angle triangle with a perimeter of 35 inches rounded to the nearest inch with a 90 degree angle and two acute angles of 26.6 degrees and 63.4 degrees both rounded to 3 significant figures.
Perimeter almost always has a unit, which is the same as that of the lengths given by the question. The only case I can think of where no unit is necessary is when the question uses a coordinate plane.
A coordinate plane! If it has one or more breaks in it is not a coordinate plane but only a part of one.
no, coordinate graph is a graph made on a coordinate plane i.e xy-plane