1 votes 1 votes Refer to the following data: le(x, y) = Least of(x, y) mo(x) = |x| me(x, y) = maximum of(x, y) Find the value of me(a + mo(le(a, b)); mo(a + me(mo(a), mo(b)), at $a = -2$ and $b = - 3$. $1$ $0$ $5$ $3$ Quantitative Aptitude cat1995 quantitative-aptitude equations multiple-sub-parts + – makhdoom ghaya asked Aug 29, 2017 • edited Apr 30, 2023 by Hira Thakur makhdoom ghaya 8.1k points 517 views answer comment Share See all 0 reply Please log in or register to add a comment.
0 votes 0 votes Given that: $a=-2,b=-3$ me(a+mo(le(a,b)); mo(a+me(mo(a);mo(b)) $\implies me(-2+mo(le(-2,-3)); mo(-2+me(mo(-2); mo(-3))$ $\implies me(-2+mo(-3); mo(-2+me(2,3))$ $\implies me(-2+3;mo(-2+3))$ $\implies me(1;1)=1$ Option (A) is correct. Hira Thakur answered Apr 30, 2023 Hira Thakur 7.2k points comment Share See all 0 reply Please log in or register to add a comment.