Z 1,5 m X 0=30° A block A with a mass of 3,6 kg is placed against a compressed spring at point X. The block and spring i

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correctanswer
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Z 1,5 m X 0=30° A block A with a mass of 3,6 kg is placed against a compressed spring at point X. The block and spring i

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Z 1 5 M X 0 30 A Block A With A Mass Of 3 6 Kg Is Placed Against A Compressed Spring At Point X The Block And Spring I 1
Z 1 5 M X 0 30 A Block A With A Mass Of 3 6 Kg Is Placed Against A Compressed Spring At Point X The Block And Spring I 1 (400.24 KiB) Viewed 287 times
Z 1,5 m X 0=30° A block A with a mass of 3,6 kg is placed against a compressed spring at point X. The block and spring is then released from rest. The block moves up a rough incline (XZ) at an angle of 30° to the horizontal. The spring constant of the spring is 450 N/m and it is compressed by 0,80 m at point X. Determine the kinetic energy (in J) of block A at point Z if the frictional force between the block and the surface is 21 N. (Give your answer to 2 significant figures.) E E E LE
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