1003019001 Level: AWhich of the following functions is not an exponential function?\( f(x)=x^3 \)\( g(x)= \mathrm{e}^{-3x} \)\( h(x)= 5^{\frac x3} \)\( i(x)= \left(\frac53\right)^x \)
1103024908 Level: BThe graphs of functions \(f(x)=a\cdot 2^{bx}+2\), where \(a\in\{-1,1\}\), \(b\in\{-1,1\}\), are below. Identify which of the graphs represents the function that is increasing, bounded below, and has an asymptote at \(y=2\).
1003024907 Level: BChoose the correct list of properties of the function \( f(x)= -\left(\frac12\right)^{-x} \).decreasing, bounded above, asymptote at \( y=0 \)decreasing, bounded below, asymptote at \( x=0 \)increasing, bounded below, asymptote at \( x=0 \)increasing, bounded below, asymptote at \( y=0 \)
1103024906 Level: BThe graph of function \(-3^{-x}\) is below. Choose the correct list of properties of \( f\).increasing, bounded above, asymptote at \( y=0 \)decreasing, bounded above, asymptote at \( y=0 \)decreasing, bounded below, asymptote at \( x=0 \)increasing, bounded below, asymptote at \( x=0 \)
1003024905 Level: BWhich of the following functions is bounded above?\( f(x) = -3^{-x} \)\( f(x) = \left(\frac13\right)^{-x} \)\( f(x) = 3^x \)\( f(x) = \left(\frac13\right)^x \)
1003024904 Level: BWhich of the following functions is decreasing?\( f(x)=\left(\frac15\right)^x \)\( f(x)=-5^{-x} \)\( f(x)=\left(\frac15\right)^{-x} \)\( f(x)=5^x \)
1003024903 Level: BGiven the function \(f(x)=a\cdot b^x\), where \( a < 0 \) and \( 0 < b < 1 \), find the correct statement.Function \( f \) is increasing.Function \( f \) is decreasing.Function \( f \) is nonincreasing.Function \( f \) is nondecreasing.
1003024902 Level: BGiven the function \(f(x)=a\cdot b^x\), where \( a < 0 \) and \( b > 0 \), find the correct statement.Function \( f \) is bounded above.Function \( f \) is bounded below.Function \( f \) is bounded.Function \( f \) is unbounded.
1003024901 Level: BGiven the increasing exponential function \(f(x)=a^x\), choose the correct statement about the base \(a\).\(a > 1\)\(a=1\)\(a < 1\)\( 0 < a < 1 \)