0 votes 0 votes Determine the Radix $r$ $$(BEE)_r = (2699)_{10}$$ Digital Logic digital-logic go-digital-logic-1 number-representation numerical-answers + – Bikram asked Sep 20, 2016 Bikram 480 views answer comment Share Follow See all 2 Comments See all 2 2 Comments reply Hradesh patel commented Oct 9, 2016 reply Follow Share plz explain??? 0 votes 0 votes mcjoshi commented Oct 14, 2016 reply Follow Share $11r^2 + 14r + 14 = 2699$ $11r^2 + 14r - 2685 = 0 \Rightarrow r = 15$ 3 votes 3 votes Please log in or register to add a comment.
1 votes 1 votes (BEE)$_{r}$=2699 $11r^{2}+14r+14=2699$ solving it $\frac{-14\pm \sqrt{14^{2}+4*2685*11}}{22}$ r=15 Tesla! answered Jul 22, 2017 Tesla! comment Share Follow See 1 comment See all 1 1 comment reply Abhisek Das commented May 15, 2018 reply Follow Share Here, it is assumed A=10, B=11, so on.. which is a property of hexadecimal system.. not any arbitrary system. Hence, from that perspective, this question is badly framed(wrong) in my opinion. 3 votes 3 votes Please log in or register to add a comment.