Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s³

Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s<sup>3</sup> . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

. What is the angular acceleration of the blade at Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s3 . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

A) - 38.2 rad/ Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s3 . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

B) - 19.1 rad/ Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s3 . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

C) -86.0 rad/ Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s3 . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

D) -36.2 rad/ Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s3 . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

E) -172 rad/ Rotational kinematics: A turbine blade rotates with angular velocity ω(t) = 2.00 rad/s- 2.1.00 rad/s3 . What is the angular acceleration of the blade at A) - 38.2 rad/ B) - 19.1 rad/ C) -86.0 rad/ D) -36.2 rad/ E) -172 rad/

Equilibrium: a 30

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