HODV21771 JAV 1. (a) Then, the vertical component of the force on the object due the earth is The net force on the object is the sum of the forces due to the earth and the spring. Since the object is stationary relative to the earth, the net force is zero. Therefore, the vertical component of the force on the object due to the earth is equal to the vertical component of the force on the object due to the spring. The net force on the object is the sum of the forces due to the earth and the spring. Since the object is stationary relative to the earth, the net force is zero. Therefore, the vertical component of the on the object due to the earth is equal to the vertical component of the force on the object due to the spring. The net force on the object is the sum of the forces due to the earth and the spring. Since the object is stationary relative to the earth, the net force is zero. Therefore, the vertical component of the force on the object due to the earth is equal to the vertical component of the force on the object due to the spring. The net force on the object is the sum of the forces due to the earth and the spring. Since the object is balanced relative to the earth, the net force is zero. Therefore, the vertical component of the force on the object due to the earth is equal to the vertical component of the force on the object due to the spring. The net force on the object is the sum of the forces due to the earth and the spring. Since the object is stationary relative to the earth, the net force is zero. Therefore, the vertical component of the force on the object due to the earth is equal to the vertical component of the force on the object due to the spring. The net force on the object is the sum of the forces due to the earth and the spring. Since the object is stationary relative to the earth, the net force is zero. Therefore, the vertical component of the force on the object due to the earth is equal to the vertical component of the force on the object due to the spring. (iii) With the hook stick vertically, the odsolvency of the force on the object due to the earth is I hope this answer was helpful. - Free Trailer and English Subtitles srt.

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