TOKI. A uniform solid block has mass of 0.200 [kg] and edge lengths a = 1.40 [cm]. What is the moment of inertia of the solid block about an axis as shown in the figure? A. 1.27 (kg · cm2] B. 2.54 [kg cm?] Rotation Icm = (a² + b?) 12 аxis 3.50 [cm), 6 = 8.00 [cm], and c = %3D C. 3.81 [kg cm²] D. 5.08 [kg · cm²]
TOKI. A uniform solid block has mass of 0.200 [kg] and edge lengths a = 1.40 [cm]. What is the moment of inertia of the solid block about an axis as shown in the figure? A. 1.27 (kg · cm2] B. 2.54 [kg cm?] Rotation Icm = (a² + b?) 12 аxis 3.50 [cm), 6 = 8.00 [cm], and c = %3D C. 3.81 [kg cm²] D. 5.08 [kg · cm²]
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A uniform solid block has mass of 0.200 [kg] and edge lengths a = 3.50 [cm], b = 8.00 [cm], and c =1.40 [cm]. What is the moment of inertia of the solid block about an axis as shown in the figure?
A. 1.27 [kg · cm2]
B. 2.54 [kg · cm2]
C. 3.81 [kg · cm2]
D. 5.08 [kg · cm2]
![TOKI. A uniform solid block has mass of 0.200 [kg] and
edge lengths a = 3.50 [cm], b
1.40 (cm). What is the moment of inertia of the solid
block about an axis as shown in the figure?
A. 1.27 (kg · cm2]
B. 2.54 [kg cm?]
Rotation
Icm =
(a² + b?)
12
аxis
= 8.00 [cm], and c =
%3D
C. 3.81 [kg · cm²]
D. 5.08 [kg · cm²]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F307b75f7-f52c-487b-a04a-d9a18e8f4170%2F0c2b5186-dc18-4856-95dd-7bde58363612%2Flahzeqo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:TOKI. A uniform solid block has mass of 0.200 [kg] and
edge lengths a = 3.50 [cm], b
1.40 (cm). What is the moment of inertia of the solid
block about an axis as shown in the figure?
A. 1.27 (kg · cm2]
B. 2.54 [kg cm?]
Rotation
Icm =
(a² + b?)
12
аxis
= 8.00 [cm], and c =
%3D
C. 3.81 [kg · cm²]
D. 5.08 [kg · cm²]
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