Identify the sequence as arithmetic, geometric, or neither. Explain your answer.
1 answer:
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Answer:
<h2>$2.33</h2>Step-by-step explanation:
To find the cost of 1 pound of bananas we use ratio and proportion
From the question
3 pounds of bananas costs $7
Then 1 pound will cost
We have the final answer as
<h3>$2.33</h3>Hope this helps you
Triangle RST was transformed by using the rule (x,y) → (-x,-y) and the transformation is described by the transformation of 180° rotation about the origin.
Transform the shapes on a coordinate plane by rotating, reflecting, or translating them. Here we have transformed the triangle using the rotation method.
Rotation is the geometric transformation that revolves each point in a shape a predetermined number of degrees around that point. When the number of degrees is positive, the shape spins counterclockwise; when the number of degrees is negative, it rotates clockwise. The following is a broad description of how rotation about the origin can be transformed.
- (X,Y) to rotate 90° (-y, x)
- 180° rotation (x, y) (-x,-y)
- To rotate (x,y) 270° (y, -x)
Here the points change to R'(-1,-1) , S'(-3,-1) and T'(-1,-6).
A 180° rotation about the origin will be the transformation.
The triangles RST and R'S'T' are first plotted on a graph. The graph is provided for your reference below.
The original triangle RST, which was in quadrant 1, has changed to triangle R'S'T', which is in quadrant 3, as shown in the graph. The rotation around the origin is 180° from quadrant 1 to quadrant 3.
<em>Your question was incomplete. Please check below for full content.</em>
Triangle RST was transformed using the rule (x, y) → (–x, –y). The vertices of the triangles are shown.
R (1, 1)
S (3, 1)
T (1, 6) R' (–1, –1)
S' (–3, –1)
T' (–1, –6)
Which describes the transformation?
The transformation was a 90° rotation about origin.
The transformation was a 180° rotation about origin.
The transformation was a 270° rotation about origin.
The transformation was a 360° rotation about origin.
Learn more about "transformation of triangles" here-
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