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you could solve for y then differentiate that way or you could do implicit if you wanted.

is this
|dw:1359321531751:dw|

Yes thats right

looks like no one wants to help me here.

it goes something like |dw:1359321813888:dw|

so then solve for y'

double check what the derivative of tanx is too, i'm not 100% sure

that's what you'll get once you rearrage and solve for y'

derivative of tanx is \[\sec ^{2}x\]

okay. now you know how to do it.

no still not sure

sorry Pinky - i got called away
malcolm is explaining it well

can we go through till the answer

its ok cwrw238

hmmmm but can you please also show me to rearrange it if its possible for you?

oops forgot the tanx in there
but you just move the one term to the other side then divide by 2ytanx

ok

|dw:1359322857339:dw|

that's your full solution. don't come on here and expect people to add 1+1 for you.