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Is the sentence true or false?
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k, the constant k, indicates a vertical shift.
True
False
secx=cosx\sec x=\cos xsecx=cosx
Fill in the blank:
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k. If h>0 the graph is shifted to the __________h.
left
right
none of these
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k, value of a>1a>1a>1 indicates a deeper curve to the secant function.
.
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k, the coefficient b is helpful in determining the period of the secant function.
Is this statement true or false?
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k, a>1a>1a>1 gives a more linear look to the graph of the function.
1cosx=secx\frac{1}{\cos x}=\sec xcosx1=secx is a secant function.
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k, If k>0 then the graph is shifted ________ k.
Up
down
In the standard form of a secant function y=asec(bx−h)+ky=a\sec\left(bx-h\right)+ky=asec(bx−h)+k. The constant hhh in the standard form of a secant function indicates a __________ shift.
vertical
horizontal
In the standard form of a secant function y=a sec(bx−h)+k. If h<0 the graph is shifted to the __________h.
It is done.