106.1 & 122 & (-14.9, -10.7) & -11.9\*\*\* & 2.55e-30\*\*\*\
& Sha.\_Satu.VAR & 0.03 & 0.04 & (-0.01, -0.01) & -9.2\*\*\* & 1.24e-20\*\*\*\
& Sha.\_Satu.Mean & 0.1 & 0.28 & (-0.10, -0.07) & -10.9\*\*\* & 6.17e-25\*\*\*\
& Sha.\_Naturalness & 0.4 & 0.65 & (-0.19, -0.13) & -16.2\*\*\* & 2.0e-53\*\*\*\
& Friend.\_cnt & 610.1 & 1380 & (-1023, -516) & -5.9\*\*\* & 5.9e-09\*\*\*\
& Followers\_cnt & 589.4 & 1340 & (-1148, -354) & -3.72\*\* & 0.0002\*\*\
& Stat.\_cnt & 3722 & 7766 & (-6281, -1806) & -3.55\*\* & 0.0004\*\*\
& Avg\_fav.\_cnt & 0.2 & 0.67 & (-0.78, -0.103) & -2.57 & 0.01\*\
& Avg\_retw.\_cnt & 876.7 & 2720 & (-2673, -1013) & -4.3\*\*\* & 1.6e-05\*\*\*\
& Favourites\_cnt & 2021 & 5199 & (-5038, -1317) & -3.3\*\* & 8e-4\*\*

  [ ![image](imagex.png){width="0.85\columnwidth"} \[fig:QuerieswithNoMismatch\] ]{}

\[fig:testEvaluation\]

**Demographics Inference & Language Cues:** LIWC[^19] has been used extensively for examining the latent dimensions of self-expression for analyzing personality [@schwartz2013personality], depressive behavior, demographic differences [@nguyen2014gender; @nguyen2013old], etc. Several studies highlight that females employ more first-person singular pronouns [@chung2007psychological], and deictic language[^20] [@mukherjee2010improving], while males tend to use more articles [@argamon2007mining] which characterizes concrete thinking, and formal, informational and affirmation words [@newman2008gender]. For age analysis, the salient findings 