Question 3 of 10 This q This Describe verbally the transformations that can be used to obtain the graph of \( g \) from the graph of \( f \). \[ g(x)=4^{x-1} ; f(x)=4^{x} \] Select the correct choice below and, if necessary, fill in the answer box(es) within your choice. (Type integers or simplified fractions.) A. The graph of \( g \) is the graph of \( f \) shifted \( \square \) unit(s) down. B. The graph of \( g \) is the graph of \( f \) shifted unit(s) up. C. The graph of \( g \) is the graph of \( f \) reflected in the \( x \)-axis. D. The graph of g is the graph of f shifted \( \square \) unit(s) to the left. E. The graph of \( g \) is the graph of \( f \) shifted \( \square \) unit(s) up and stretched horizontally by a factor of \( \square \) ] F. The graph of \( g \) is the graph of \( f \) shifted \( \square \) unit(s) to the right and stretched horizontally by a factor of \( \square \) . G. The graph of \( g \) is the graph of \( f \) shifted \( \square \) unit(s) to the left and stretched horizontally by a factor of \( \square \) . H. The graph of \( g \) is the graph of \( f \) shifted \( \square \) unit(s) to the right. L. The graph of \( g \) is the graph of \( f \) shifted \( \square \) unit(s) down and stretched horizontally by a factor of \( \square \) . J. The graph of \( g \) is the graph of \( f \) reflected in the \( y \)-axis.
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To transform the graph of \( f(x) = 4^x \) into \( g(x) = 4^{x-1} \), we recognize that the \( -1 \) in the exponent represents a horizontal shift. Specifically, shifting the graph to the right by 1 unit is the correct transformation. This is because in the expression \( g(x) = f(x-1) \), replacing \( x \) with \( x-1 \) results in the graph moving to the right along the x-axis. So, the correct choice is H. The graph of \( g \) is the graph of \( f \) shifted \( 1 \) unit(s) to the right.
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