Finding the proportion using the figure below
1 answer:
The ratio of the figure is
Step-by-step explanation:
Step 1:
The given figure of two triangles. A smaller triangle and a larger triangle. The smaller triangle has sides measuring a and c. The second and larger triangle has sides measuring (a + b) and (c + d).
From the given diagram, we have
and
So the second larger triangle has sides measuring j and k.
Step 2:
If a ratio is given, both sides of the ratio must have the corresponding side lengths of the given triangles.
On the left side of the ratio, we have the terms a and j, which are the side lengths of the smaller and larger triangles respectively.
Similarly, the right side has a ratio of c and an unknown term. The term c is the length of the smaller triangle whereas k is the length of the larger triangle.
So the ratio of the figure is
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Answer:
Eric, 9.8 meters.
Step-by-step explanation:
Use the distance formula with the given coordinate and each of the other coordinate.
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You'll see that Eric kicked the furthest distance with a distance of 9.8 meters.
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