The coordinates of the vertices of the translated triangle are found by adding 3 to the x-coordinates and 2 to the y-coordinates of the original triangle's vertices. To draw the translated triangle, plot these new coordinates and connect them. This explains the process of translating a triangle using a translation vector in a coordinate plane.
The question you're asking is about the translation of a triangle in the coordinate plane. The translation vector is defined as (x+3, y+2). Let's suppose we have a triangle with vertices A, B, and C with coordinates (xA,yA), (xB,yB), and (xC,yC) respectively.
To find the coordinates of the vertices of the translated triangle, we simply apply the translation vector to each vertex. This means that we add 3 to the x-coordinates and 2 to the y-coordinates of each vertex. Thus the translated vertices A', B', C' are given by:
To draw the translated triangle, plot the coordinates of A', B', C' on your graph, and connect them to form the triangle. This will be your translated triangle using the given translation vector.
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5x2 + 18x − 2
5x2 + 13x + 2
5x2 − 18x − 8
5x2 + 13x + 8
The polynomial expression that represents the area of the rectangle is: C. 5x² - 18x - 8
Area = (length)(width)
Given the dimensions of the rectangle as:
Area of the rectangle = (5x + 2)(x - 4)
5x(x - 4) + 2(x - 4)
5x² - 20x + 2x - 8
Add like terms together
5x² - 18x - 8
Learn more about area of a rectangle on:
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b. 333%
c. 314%
d. 325%