After you have explored the graphs for a while, consider the function f(x)=1−2sin[4(x−30∘)] and answer the following questions. How does the 1 in the function affect the graph? How does the 2 in the function affect the graph? How does the 4 in the function affect the graph? How does the 30∘ in the function affect the graph?
After you have explored the graphs for a while, consider the function f(x)=1−2sin[4(x−30∘)] and answer the following questions. How does the 1 in the function affect the graph? How does the 2 in the function affect the graph? How does the 4 in the function affect the graph? How does the 30∘ in the function affect the graph?
After you have explored the graphs for a while, consider the function f(x)=1−2sin[4(x−30∘)] and answer the following questions. How does the 1 in the function affect the graph? How does the 2 in the function affect the graph? How does the 4 in the function affect the graph? How does the 30∘ in the function affect the graph?
After you have explored the graphs for a while, consider the function f(x)=1−2sin[4(x−30∘)] and
answer the following questions.
How does the 1 in the function affect the graph?
How does the 2 in the function affect the graph?
How does the 4 in the function affect the graph?
How does the 30∘ in the function affect the graph?
Expression, rule, or law that gives the relationship between an independent variable and dependent variable. Some important types of functions are injective function, surjective function, polynomial function, and inverse function.
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