http://prntscr.com/4m4be3
Every element of A is made greater than or equal to every element of B by adding to each element and integer x. then x cannot be less than
a. 2^10 b. the smallest value of B c. the largest value of B d. (max-min)
there is a paragraph for the question -->Directions of question 37-39
i guess it wud be max-min bt m not sure tho
ya it is , can u explain
i just used logic...to make A greater than B u need to add the diff of max-min to
if A={1,2,.......124} and B=(125,126.........250) how would u do it here
125-1=124 so ill add 124 to 1 i dun noe if m ryt nor not
@kirbykirby
@c
@campbell_st
Did I not answer this before? o.O
the new question is in comments not the old one
Every element of A is made greater than or equal to every element of B by adding to each element and integer x. then x cannot be less than
ah
a. 2^10 b. the smallest value of B c. the largest value of B d. (max-min)
its max - min in book can u tell how
I find your example is a counter example to a, b, c. So, by elimination, you'd go with d :)
lol but i thought u would give me direct proof
Lol. In the case of multiple choices, I find this is the easy way out obviously lol. To prove this directly... hmm I'd have to think about it a bit more lol
ok but i like ur cunningness here
=] I try not the break my head if I don't have to hihi. But I'll see if I can come back to this a bit later. My thinking is a bit cloudy for proofs now lol
ok np
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