In the graph below, figure I undergoes a sequence of rotations, reflections, translations, and dilations to transform to figure
II.
The figures show that two-dimensional figures are ____ to one another, if the first figure undergoes a series of transformations.
A.similair
B. congruent
Can the relationship between figure I and figure III be defined the same way?
A.No
B.Yes
The figures show that two-dimensional figures are ____ to one another, if the first figure undergoes a series of transformations.
A.similair
B. congruent
Can the relationship between figure I and figure III be defined the same way?
A.No
B.Yes
1 answer:
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Answer:
m(arc FE) = 166°
Step-by-step explanation:
By theorem of intersecting chords and tangent of a circle,
Measure of the angle formed by a chord and tangent intersecting on the circle measure the half of the intercepted arc.
m(∠GFE) =
83° =
m(arc FE) = 166°
Answer:
D.) (14, 0); the time it takes for the bird to reach the ground
Step-by-step explanation:
The attached graph shows a plot of the table values and the two offered solution options.
The dependent variable in this scenario is the bird's height above the ground. When that is zero, the bird is on the ground. This fact makes choices B and C seem ridiculous.
We note from the table and graph that the bird is on a path that decreases in height by 3 feet every 2 seconds. If the bird continues that rate of descent, it will reach the ground after 14 seconds.
That is, its (time, height) pair will be (14, 0), matching choice D.
_____
Choosing any answer to this question requires making assumptions that are inconsistent with real-world bird behavior. At least, the problem statement should say what assumptions are applicable.
