What is `int e + e^(3x)\ dx`?
- `ex + 3e^(3x) + c`
- `ex + 1/3e^(3x) + c`
- `e + 3e^(3x) + c`
- `e + 1/3e^(3x) + c`
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What is `int e + e^(3x)\ dx`?
`B`
`int e + e^(3x) = ex + 1/3e^(3x) + c`
`(text(Note)\ e\ text(is a simple constant here))`
`=> B`
Evaluate `int_0^1 e^x - e^-x\ dx`. (2 marks)
`e + (1)/(e) – 2`
`int_0^1 e^x – e^-x\ dx` | `= [e^x + e^-x]_0^1` |
`= [e + (1)/(e) – (1 + 1)]` | |
`= e + (1)/(e) – 2` |
Find `int 1 + e^(7x)\ dx`. (2 marks)
`x + 1 /7 e^(7x) + c`
`int 1 + e^(7x) \ dx = x + 1/7 e^(7x) + c`
Which expression is equal to `int e^(2x)\ dx`?
`C`
`int e^(2x)\ dx`
`= 1/2 e^(2x) + C`
`=> C`
Find `inte^(4x+1)dx` (2 marks)
`1/4e^(4x+1)+C`
`inte^(4x+1)\ dx=1/4e^(4x+1)+C`