Applying Bernolli's inequality, we have 1. (1+ 2x)" > 1 + 2nx, x > -1 2. (1+ 2x)" > 2+ nx, x > -1 1 3 (1+ 2x)" > 1+ nx, x> 2" 4. (1+ 2x)" > 1+ 2nx, x > 2 5. None of these Option 1 Oprion 2 Oprion 3...

real analysis
1 + 2nx, x > -1 2. (1+ 2x)" > 2+ nx, x > -1 1 3 (1+ 2x)" > 1+ nx, x> 2" 4. (1+ 2x)" > 1+ 2nx, x > 2 5. None of these Option 1 Oprion 2 Oprion 3 Oprion 4 Oprion "/>
Extracted text: Applying Bernolli's inequality, we have 1. (1+ 2x)" > 1 + 2nx, x > -1 2. (1+ 2x)" > 2+ nx, x > -1 1 3 (1+ 2x)" > 1+ nx, x> 2" 4. (1+ 2x)" > 1+ 2nx, x > 2 5. None of these Option 1 Oprion 2 Oprion 3 Oprion 4 Oprion