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Common Core Standard HSF-LE.A.1 Questions

Distinguish between situations that can be modeled with linear functions and with exponential functions.

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Grade 11 Functions and Relations CCSS: HSF-LE.A.1, HSF-LE.A.1a

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Which of the following reasons best explains why proposition A is true?
  1. Since α is a constant value, the value of f(x+α)f(x) will also be a constant value.
  2. Because the simplified form of f(x+α)f(x) is an exponential equation, it is valid for all values of x∈ℝ, and will be constant.
  3. Since the simplified form of f(x+α)f(x) is independent of x, it will be a constant value.
  4. Because a constant value to the power of a constant value is also a constant, the value f(x+α)f(x) will also be a constant value.
Grade 11 Functions and Relations CCSS: HSF-LE.A.1, HSF-LE.A.1a

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One way to restate Proposition A is as follows: "Exponential functions grow by equal factors over equal intervals." What is the value of the equal factors and length of the equal intervals as represented in Proposition A?
  1. Equal factors are x0, equal intervals are c.
  2. Equal factors are α, equal intervals are x.
  3. Equal factors are α, equal intervals are c.
  4. Equal factors are c, equal intervals are α.
Grade 9 Functions and Relations CCSS: HSF-LE.A.1, HSF-LE.A.1a
A function which has a constant difference per interval is
  1. linear.
  2. exponential.
  3. logarithmic.
  4. none of the above.
Grade 9 Functions and Relations CCSS: HSF-LE.A.1, HSF-LE.A.1a
Which describes a function that has a constant factor per interval?
  1. Linear
  2. Exponential
  3. Both a and b
  4. None of the above
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