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Properties of f( x ) = b x
1. The graph of f( x ) will always have the point (0,1). Or put another way, f(0) = 1 in spite of of the value of b.
2. For every possible b bx= 0 . Note that it implies that bx ≠ 0 .
3. If 0 < b < 1 then the graph of bx will decrease as we move from left to right. Verify the graph of ( 1 /2)x above for verification of this property.
4. If b = 1 then the graph of bx will enhance as we move from left to right. Verify the graph of 2x above for verification of this property.
5. If bx= b y then x = y
All of these properties in spite of the final one can be verified simply from the graphs in the first instance.
I need some help with Backtracking equations.I have a quiz tomorrow, and i was hoping that you guys could help.
7+87-34
I know im not in the exact grade yet but i would like to know how it works to be ahead of time
Any vector space V satisÖes the ten axioms, among which the last one is: "for any vector * u 2 V; 1 * u = * u; where 1 is the multiplicative identity of real numbers R:" Discuss th
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change radical to an algebraic express with fractional exponets 5^x to the 3 power.
I do not understand graphing at all.
??2+??2+16??-18??+145=25 Standard form (x-h)^2 +(y-k)^2 k (x^2+16x+64)^2+(y^2-18y+81)^2=25 (x+8)^2+(y-9)^2=120 (h,k)=(8,-9) R=5 Intercepts
how to do this problem using quadratic formula to solve the equation 2xexpont 2 minus 9x equals 1
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