Explanation needed here:
Did that other weird one end up being 5 as the correct answer? @Howard-Wolowitz
havent graded it yet
last one
k... doesn't help then :)
what you thinking loser
isnt the formula L=A or A = something
I have no idea!! to me cosecant function has NO amplitude
thats what another guy said
This is what I got to make sure what I thought http://www.cathedralcatholic.org/faculty-resources/82/63/Ch%204%20Notes%20Part%202.pdf
the last paragraph
yeap, I agree with Loser66, quite unsure on what it's being asked as well
the function has a cyclical range, and thus no height per se, not to mention has cyclical asymptotes as well
If we interpret the phrase "height" naively, we would probably say that the height is 2 (that is the amplitude in front of the trig function). Frankly, none of the choices seems to make sense, but that is as good as I would do myself.
can't even see the picutre
@xapproachesinfinity click on the picture to magnify.
well i dont know dude
does not appear even if i magnify it
QUESTION: "Identify the height for the function: \[f(t) = 2\csc\left(4t - \frac{\pi}{5} \right) + 1\] Choices: A) 2pi/5 B) 8 C) 2 D) 3"
thanks!
now i can see it the height of \[\csc x=1\] so \[\csc(4t-\frac{\pi}{5})=1 \\ 2\csc (4t-\pi/5)=2\] \[2\csc(4t-\pi/5)+1=3\] \[y=3\] that would be the height
hmmm
actually i do agree with loser csc has no amplitude lol
perhaps they meant what is the local minima or something
well thanks for trying
i had the feeling of using local minima that happens when cscx=1
what course is this ?
advanced algebra
your course is wrongly interpreting the concepts of height i saw that in your previous questions as well
@jim_thompson5910
as far as i know i agree with loser and jdoe
@zepdrix
i gotta help Ur help @zepdrix
Height is usually measured from the x-axis, so I would imagine either 2 or 3 is the correct answer. I would lean towards 3, but again, I agree with everyone else here, the wording is very poor.
thank you for helping
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