Question

Will medal
Please help me
Solve for t
100=60tan(pi/30(t+/-60))+/-60

Answer 1

@DanJS

Answer 2

@TheSmartOne

Answer 3

@DanJS

Answer 4

Sorry I don't know :/

Answer 5

this is what i'm getting from your equation = v=;;\[100=60tan(\frac{\pi}{30}(t\pm60)\pm60)\]

Answer 6

Yeah that's it

Answer 7

The last 60 is outside the parenthesis

Answer 8

oh maybe that's why they were confused. but i suck with those signs so i can't help you sorry \[\pm \text{ < these signs i just don't get them}\]oh okay:\[100=60\tan(\frac{\pi}{30}(t\pm60))\pm60\]this?

Answer 9

Yeah that's it

Answer 10

ok
sorry i can't help you though u vu;;

Answer 11

It's ok thanks

Answer 12

@Nnesha

Answer 13

@SolomonZelman

Answer 14

@DanJS

Answer 15

@Directrix

Answer 16

What have you done?

Answer 17

Well when I tried to solve it I got 723 but I literally had no idea what I was doing or how I got that number

Answer 18

I am completely lost

Answer 19

I have no idea what you did for that either, but I guess we need two equations as it's ±

Answer 20

\[\pm \]

Answer 21

\[100=60\tan(\frac{\pi}{30}(t-60))-60 \implies 160 =60\tan(\frac{\pi}{30}(t-60))\] now divide by 60 on both sides
\[\frac{ 8 }{ 3 } = \tan \left( \frac{ \pi }{ 30 }(t-60) \right)\]
Now you can take the inverse
\[\tan^{-1} \frac{ 8 }{ 3 } = \frac{ \pi }{ 30 }(t-60)\]
\[t = 60 + \frac{ 30 \tan^{-1}(8/3) }{ \pi }\]

Answer 22

Oh so at the end I'm going to have two answers

Answer 23

Now do it with +

Answer 24

Really interesting....
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Answer 25

You always seem to get weird problems huh :P, probably something was wrong with latex.