Answer: (x-1)^2 + (y-3)^2 = 5
Step-by-step explanation:
We can make 0.7033 an improper fraction by multiplying it by 10,000 to get:
7033/10,000
Note that this cannot be a mixed number because 10,000, the denominator, is greater than 7033, the numerator.
You may have misspelled or typoed the question, or the question might be wrong, because 0.7033 can't be written as a mixed number.
First, let's find the time where the ship arrives to point C
t=d/V, t= 45/30=1.5h
if the ship's departure time is at 1.5h, on the point C, let 's find its arrival to the point O, V=D/Dt, Dt=tfinal-tinitial
Dt=D/V= 20/30=0.6h=t final -t initial, implies t final=0.6+t initial=0.6+1.5=2.1h
so the ship will be on the radar at 2.1h,
The choice which provides the best evidence to the previous question is Lines 6-68 ("He didn't ... him"). The correct option is B.
Given a passage that is shown below in the attached images.
Option B is the best answer. The previous question asked why Harouni bought a new motorcycle from his employee Nawab, with the correct answer (that Harouni did it for his own benefit) demonstrated in lines 66- 68: "He doesn't particularly care one way or the other, except that it touches his comfort - a question he's very interested in.
Options other than B are A, C, and D are incorrect because the lines cited do not support the answer to the previous question about why Harouni buys Nawab a new motorcycle. Instead, they simply identify the issue (option A), note that Harouni also gave Nawab money for gas (option C), and show how the motorcycle affects Nawab’s side businesses (option D).
Hence, the choice which provides the best evidence for the answer to the previous question from the given passage is Lines 66-68 ("He didn’t . . . him").
Learn more about the passage from here brainly.com/question/12555695
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Treat the matrices on the right side of each equation like you would a constant.
Let 2<em>X</em> + <em>Y</em> = <em>A</em> and 3<em>X</em> - 4<em>Y</em> = <em>B</em>.
Then you can eliminate <em>Y</em> by taking the sum
4<em>A</em> + <em>B</em> = 4 (2<em>X</em> + <em>Y</em>) + (3<em>X</em> - 4<em>Y</em>) = 11<em>X</em>
==> <em>X</em> = (4<em>A</em> + <em>B</em>)/11
Similarly, you can eliminate <em>X</em> by using
-3<em>A</em> + 2<em>B</em> = -3 (2<em>X</em> + <em>Y</em>) + 2 (3<em>X</em> - 4<em>Y</em>) = -11<em>Y</em>
==> <em>Y</em> = (3<em>A</em> - 2<em>B</em>)/11
It follows that

Similarly, you would find

You can solve the second system in the same fashion. You would end up with
