{"id":6791,"date":"2021-10-21T17:09:16","date_gmt":"2021-10-21T11:39:16","guid":{"rendered":"https:\/\/mathemerize.com\/?p=6791"},"modified":"2021-10-24T23:54:28","modified_gmt":"2021-10-24T18:24:28","slug":"find-the-range-of-the-function-log_sqrt22-log_216sin2x1","status":"publish","type":"post","link":"https:\/\/mathemerize.com\/find-the-range-of-the-function-log_sqrt22-log_216sin2x1\/","title":{"rendered":"Find the range of the function \\(log_{\\sqrt{2}}(2-log_2(16sin^2x+1))\\)"},"content":{"rendered":"
Now 1 \\(\\le\\) \\(16sin^2x\\) + 1) \\(\\le\\) 17<\/p>\n
0 \\(\\le\\) \\(log_2(16sin^2x+1)\\) \\(\\le\\) \\(log_217\\)<\/p>\n
2 – \\(log_217\\) \\(\\le\\) 2 – \\(log_2(16sin^2x+1)\\) \\(\\le\\) 2<\/p>\n
Now consider 0 < 2 – \\(log_2(16sin^2x+1)\\) \\(\\le\\) 2<\/p>\n
-\\(\\infty\\) < \\(log_{\\sqrt{2}}(2-log_2(16sin^2x+1))\\) \\(\\le\\) \\(log_{\\sqrt{2}}2\\) = 2<\/p>\n
the range is (-\\(\\infty\\), 2]<\/p>\n
If y = 2[x] + 3 & y = 3[x \u2013 2] + 5, then find [x + y] where [.] denotes greatest integer function.<\/a><\/p>\n Find the domain and range of function f(x) = \\(x-2\\over 3-x\\).<\/a><\/p>\n Find the period of the function f(x) = \\(e^{x-[x]+|cos\\pi x|+|cos2\\pi x|+ \u2026.. + |cosn\\pi x|}\\)<\/a><\/p>\n Find the inverse of the function f(x) = \\(log_a(x + \\sqrt{(x^2+1)})\\); a > 1 and assuming it to be an onto function.<\/a><\/p>\n