CATModern Math > Hardlog4(72)\log_4 (\frac{7}{2})log4(27)log4(32)\log_4 (\frac{3}{2})log4(23)log4(232)\log_4 (\frac{23}{2})log4(223)log47\log_4 7log47✅ Correct Option: 1Related questions:CAT 2019 Slot 1Let xxx and yyy be positive real numbers such that log5(x+y)+log5(x−y)=3\log _{5}(x+y)+\log _{5}(x-y)=3log5(x+y)+log5(x−y)=3, and log2y−log2x=1−log23\log _{2} y-\log _{2} x=1-\log _{2} 3log2y−log2x=1−log23. Then xyx yxy equalsCAT 2020 Slot 1If y is a negative number such that 2y2log35=5log232^{y^2log_3 5} = 5^{\log_2 3}2y2log35=5log23, then y equals2025 Slot 2If log64x2+log8y+3log512(yz)=4\log_{64} x^2 + \log_8 \sqrt{y} + 3\log_{512}\left(\sqrt{yz}\right) = 4log64x2+log8y+3log512(yz)=4, where x,yx, yx,y and zzz are positive real numbers, then the minimum possible value of (x+y+z)(x+y+z)(x+y+z) is