PROBLEM 2. A block of mass weighing 200 kg is being pulled upward along an inclined surface. The angle of the surface with respect to the horizontal axis is 15°. The force pulling the block is equivalent to 600 N and is inclined 8° upward with respect to the axis of the inclined surface. a) Determine the component of the pulling force in the horizontal axis. b) Determine the component of the pulling force in the axis perpendicular to the inclined surface. c) Determine the component of the self-weight of the crate in the axis parallel to the line of action of the pulling force.
PROBLEM 2. A block of mass weighing 200 kg is being pulled upward along an inclined surface. The angle of the surface with respect to the horizontal axis is 15°. The force pulling the block is equivalent to 600 N and is inclined 8° upward with respect to the axis of the inclined surface. a) Determine the component of the pulling force in the horizontal axis. b) Determine the component of the pulling force in the axis perpendicular to the inclined surface. c) Determine the component of the self-weight of the crate in the axis parallel to the line of action of the pulling force.
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Transcribed Image Text:PROBLEM 2. A block of mass weighing 200 kg is being pulled upward along an inclined surface. The angle of the surface
with respect to the horizontal axis is 15°. The force pulling the block is equivalent to 600 N and is inclined 8° upward with
respect to the axis of the inclined surface.
a) Determine the component of the pulling force in the horizontal axis.
b) Determine the component of the pulling force in the axis perpendicular to the inclined surface.
c) Determine the component of the self-weight of the crate in the axis parallel to the line of action of the pulling
force.
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