· as range of tan x is 2m so, tan i .46 —sec i (—2) = tan i tan£ —sec i sec z 2m q04....

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Page 1: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 2: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 3: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 4: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 5: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 6: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 7: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 8: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 9: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 10: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 11: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 12: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

Page 13: · As range of tan x is 2m So, tan I .46 —sec I (—2) = tan I tan£ —sec I sec z 2m Q04. Given = . Write f (x) satisfying this. eX(tanx+ 1) secxdx= ex f (x) + c SOL Let I —

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