Add all the numbers: 33,37,&41 then divide 111 by 3 and u will get 37.
well, since we know the <u>point L is on the circle</u>, that means that the segment RL is really the length of the radius of that circle, hmmm let's see what that might be
since RL is its radius, <u>anything larger than that is outside the circle, and anything smaller than that is inside it</u>. Let's check for the distance RQ.
needless to say RQ is larger than RL.
Answer: Reflect across the y, then translate 7 units down, the triangles are the same
Step-by-step explanation:
I'm sure there're other ways, but this one works. After you translate it down, the triangles are the same, meaning they're congruent.
To answer to the question above, when adding or subtracting measurements (numbers), the result must have the same number of decimal places as the number in the problem with the fewest decimal places.
<span>24.545 + 307.3 = 331.845</span>
However, the answer must be given to the correct number of decimal places, in this case, 1 in 307.3.
So the result of the addition of 24.545 and 307.3 should be 331.8.
0.56 is the answer to this problem good luck