A stick is resting on a concrete step with 2 of its total length L hanging over the edge. A single ladybug lands on the end of the stick hanging over the edge, and the stick begins to tip. A moment later, a second, identical ladybug lands on the other end of the stick, which results in the stick coming momentarily to rest at 0 = 36.1° with respect to the horizontal, as shown in the figure. Use g 9.81 m/s². If the mass of each bug is 2.92 times the mass of the stick and the stick is 17.5 cm long, what is the magnitude a of the angular acceleration of the stick at the instant shown? απ Figure is not to scale. Ꮎ rad/s²
A stick is resting on a concrete step with 2 of its total length L hanging over the edge. A single ladybug lands on the end of the stick hanging over the edge, and the stick begins to tip. A moment later, a second, identical ladybug lands on the other end of the stick, which results in the stick coming momentarily to rest at 0 = 36.1° with respect to the horizontal, as shown in the figure. Use g 9.81 m/s². If the mass of each bug is 2.92 times the mass of the stick and the stick is 17.5 cm long, what is the magnitude a of the angular acceleration of the stick at the instant shown? απ Figure is not to scale. Ꮎ rad/s²
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Transcribed Image Text:A stick is resting on a concrete step with 2 of its total length
L hanging over the edge. A single ladybug lands on the end
of the stick hanging over the edge, and the stick begins to tip.
A moment later, a second, identical ladybug lands on the
other end of the stick, which results in the stick coming
momentarily to rest at 0 = 36.1° with respect to the
horizontal, as shown in the figure.
Use g 9.81 m/s².
If the mass of each bug is 2.92 times the mass of the stick and
the stick is 17.5 cm long, what is the magnitude a of the
angular acceleration of the stick at the instant shown?
απ
Figure is not to scale.
Ꮎ
rad/s²
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