Illustrative Math - Algebra 2 - Unit 6 - Lesson 19 - Formative Library | Library

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The amount of the Moon visible d days after November 30 is modeled by the equation f(d)=0.5cos(\frac{2\pi *(d-6)}{30}). Select all the statements that are true for this model.

F.IF.7.e

F.TF.5

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The center of a clock is (0,0) in a coordinate system, and the hour hand is 8 inches long. It is 10:30 p.m. Which of the following are true of the end of the hour hand? Select all that apply.

F.IF.7.e

F.TF.5

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Here is the initial position of a bike wheel before it starts to move.

The vertical position, in inches, of P is given by y=10*sin(\frac{\pi}{2}+10, where s is the number of seconds since the wheel began to move. Select all the true statements.

F.IF.7.e

F.TF.5

This lesson is from Illustrative Mathematics. Algebra 1, Unit 6, Lesson 19. Internet. Available from https://curriculum.illustrativemathematics.org/HS/teachers/3/6/19/index.html ; accessed 29/July/2021.

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Illustrative Math - Algebra 2 - Unit 6 - Lesson 19

The amount of the Moon visible d days after November 30 is modeled by the equation f(d)=0.5cos(\frac{2\pi *(d-6)}{30}). Select all the statements that are true for this model.

The center of a clock is (0,0) in a coordinate system, and the hour hand is 8 inches long. It is 10:30 p.m. Which of the following are true of the end of the hour hand? Select all that apply.

Here is the initial position of a bike wheel before it starts to move.The vertical position, in inches, of P is given by y=10*sin(\frac{\pi}{2}+10, where s is the number of seconds since the wheel began to move. Select all the true statements.

Here is the initial position of a bike wheel before it starts to move.

The vertical position, in inches, of P is given by y=10*sin(\frac{\pi}{2}+10, where s is the number of seconds since the wheel began to move. Select all the true statements.