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GATE Overflow | Digital Logic | Test 1 | Question: 23
Bikram
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Sep 20, 2016
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Determine the Radix $r$
$$(BEE)_r = (2699)_{10}$$
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Bikram
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Hradesh patel
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Oct 9, 2016
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plz explain???
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mcjoshi
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Oct 14, 2016
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$11r^2 + 14r + 14 = 2699$
$11r^2 + 14r - 2685 = 0 \Rightarrow r = 15$
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(BEE)$_{r}$=2699
$11r^{2}+14r+14=2699$
solving it $\frac{-14\pm \sqrt{14^{2}+4*2685*11}}{22}$
r=15
Tesla!
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Jul 22, 2017
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Tesla!
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Abhisek Das
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May 15, 2018
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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.
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Answer:
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