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hey Greggmatboost wrote:That is incorrect.
The center could be at (3, 4) with a radius of 5.
Note that DISTANCE BETWEEN THE CENTER OF THE CIRCLE AND AXIS X = |y|
THAT BETWEEN CENTER OF THE CIRCLE AND AXIS Y = |x|
St 1 just tells us that if the center is (x, y), then |y| > |x|. Nothing about the radius of the circle.
St 2 says that r > |x|. No info about |y|.
Together r > |x| > |y|, so r > |y| which means it does intersect the x-axis. C.
yes thats correect Ans should be E we dont have any relation that says r>|y|mehrasa wrote:hey Greggmatboost wrote:That is incorrect.
The center could be at (3, 4) with a radius of 5.
Note that DISTANCE BETWEEN THE CENTER OF THE CIRCLE AND AXIS X = |y|
THAT BETWEEN CENTER OF THE CIRCLE AND AXIS Y = |x|
St 1 just tells us that if the center is (x, y), then |y| > |x|. Nothing about the radius of the circle.
St 2 says that r > |x|. No info about |y|.
Together r > |x| > |y|, so r > |y| which means it does intersect the x-axis. C.
when we consider two statements
r> [x] and [y]>[x] but we can not determine what is the relationship between r and [y]
i am not sure why you concluded that r>[x]>[y]???????????
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