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  • Subject: basic trig high school problem, easy please help soon
Subject: basic trig high school problem, easy please help soon

basic trig help problem please? high school

the wkshet is asking me to graph

arccos of absoulute value of x


and -sec(x+(pi/3))
then state asymtopes

can someone please walk me through these two or at least the first one please so i can go to class on time? thanks

  • 12.17.2012 7:23 AM PDT

What the actual -blam!-?

OP, how old are you?

  • 12.17.2012 7:25 AM PDT


Posted by: PhyscoRaiderS97
What the actual -blam!-?

OP, how old are you?

15

  • 12.17.2012 7:26 AM PDT

You have to invert the time-matter field, because the singularity appears to be around the fluctuations. There needs to be weak fluctuations around the strange contained capacitors

  • 12.17.2012 7:26 AM PDT


Posted by: MashterChief117
You have to invert the time-matter field, because the singularity appears to be around the fluctuations. There needs to be weak fluctuations around the strange contained capacitors

any serious responses?

  • 12.17.2012 7:29 AM PDT


Posted by: JusSeeMe

Posted by: PhyscoRaiderS97
What the actual -blam!-?

OP, how old are you?

15

Jesus christ and you're learning this? Are you one of those smartie pants in Class?

And to answer your question - what MashterChief117 said above me, if its right.

[Edited on 12.17.2012 7:30 AM PST]

  • 12.17.2012 7:29 AM PDT

OP, we're not doing your homework you should've done last night.

Shame.

  • 12.17.2012 7:31 AM PDT
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You should've studied for the exam

  • 12.17.2012 7:31 AM PDT


Posted by: JusSeeMe

Posted by: MashterChief117
You have to invert the time-matter field, because the singularity appears to be around the fluctuations. There needs to be weak fluctuations around the strange contained capacitors

any serious responses?


that was a serious response but you need to invert the matter stream, because the sensor array appears to be next to the damage. The getting through matter stream near the region. you have to re-route the powers! Weak energy has to be contained, because the temporal charge seems to be aligned! Re-route the vortices. The strange plasma conduits calibrate the enhanced sensor arrays next to the vacuums. you must re-route the hyperdrive. you must invert the vortex sensor array near the enhanced vacuum. You need to calibrate the crystal, because the crystal vortex appears to be in the hyperdrive gravity dampener! The reversed charge crystal causes damage in the special vacuum time-matter field diagnostic. Causing quantum zones boosts the strange hyperdrives. Causing weak regions re-routes the weak plasmas

[Edited on 12.17.2012 7:35 AM PST]

  • 12.17.2012 7:34 AM PDT


Posted by: MashterChief117

Posted by: JusSeeMe

Posted by: MashterChief117
You have to invert the time-matter field, because the singularity appears to be around the fluctuations. There needs to be weak fluctuations around the strange contained capacitors

any serious responses?


that was a serious response but you need to invert the matter stream, because the sensor array appears to be next to the damage. The getting through matter stream near the region. you have to re-route the powers! Weak energy has to be contained, because the temporal charge seems to be aligned! Re-route the vortices. The strange plasma conduits calibrate the enhanced sensor arrays next to the vacuums. you must re-route the hyperdrive. you must invert the vortex sensor array near the enhanced vacuum. You need to calibrate the crystal, because the crystal vortex appears to be in the hyperdrive gravity dampener! The reversed charge crystal causes damage in the special vacuum time-matter field diagnostic. Causing quantum zones boosts the strange hyperdrives. Causing weak regions re-routes the weak plasmas


LOL

Try explaining this to your Teacher OP!

  • 12.17.2012 7:35 AM PDT

Posted by: A Bit Of Zero
This thread would have appealed to me more if it was written with crayons.
Posted by: King Dutchy
I broke one of the cords for my X11s because I couldn't get past the final American course in Doritos Crash Course.


Posted by: MashterChief117

Posted by: JusSeeMe

Posted by: MashterChief117
You have to invert the time-matter field, because the singularity appears to be around the fluctuations. There needs to be weak fluctuations around the strange contained capacitors

any serious responses?


that was a serious response but you need to invert the matter stream, because the sensor array appears to be next to the damage. The getting through matter stream near the region. you have to re-route the powers! Weak energy has to be contained, because the temporal charge seems to be aligned! Re-route the vortices. The strange plasma conduits calibrate the enhanced sensor arrays next to the vacuums. you must re-route the hyperdrive. you must invert the vortex sensor array near the enhanced vacuum. You need to calibrate the crystal, because the crystal vortex appears to be in the hyperdrive gravity dampener! The reversed charge crystal causes damage in the special vacuum time-matter field diagnostic. Causing quantum zones boosts the strange hyperdrives. Causing weak regions re-routes the weak plasmas

This, except remember to add your working for the flux capacitor.

  • 12.17.2012 8:00 AM PDT

It is an asymptotic as x approaches -pi/3.

For those of you who don't know, sec is the reciprocal of cos.

Ie secX is (CosX)^-1

OT I didn't actually bother learning this properly so I may be wrong.

[Edited on 12.17.2012 8:07 AM PST]

  • 12.17.2012 8:06 AM PDT

For arccos(abs(x)):

draw cos(x)

draw cos(abs(x))

reflect over line x = y, restrict domain.

For -sec(x + pi/3):

draw cos(x)

Draw 1/cos(x) (this should be fairly straight forward).

1/cos(x) = sec (x), right? Make a reflection over the x axis (vertical reflection)

The phase shift is pi/3, so you want to move the curve towards the left accordingly.

  • 12.17.2012 8:06 AM PDT

I wanna say -2, -4, but i may be wrong. BTW it isn't an asymptote, it's the range.

  • 12.17.2012 8:28 AM PDT