Question
An object with a mass of 220 kg is being hoisted by two wire cables. One...
An object with a mass of 220 kg is being hoisted by two wire cables. One is oriented .4 radians above the horizontal while the other is 70 degrees above the horizontal.
a. Draw the free body diagram.
b. Calculate the tension in both wire cables.
Homework Answers
Answer #1
Not the answer you're looking for?
Similar Questions
An object with a mass of 220 kg is being hoisted by two wire cables. One...
An object with a mass of 220 kg is being hoisted by two wire
cables. One is oriented .4 radians above the horizontal while the
other is 70 degrees above the horizontal.
Draw the free body diagram.
Calculate the tension in both wire cables.
A carnival swing is attached to a rotating cylinder by two cables, one of which is...
A carnival swing is attached to a rotating cylinder by two
cables, one of which is horizontal and the other at an angle. The
rider and seat together have a mass of m = 109.7 kg (the cables can
be treated as weightless). The seat swings in a horizontal circle
at a rate of 28 revolutions per minute.
a. What is the magnitude of the tangential velocity of the rider
in m/s? (recall the circumference of a circle C =(2(pi)(r))...
a traffic light is supported by two cables as shown in the figure. 1 draw a...
a traffic light is supported by two cables as shown in
the figure.
1 draw a complete body diagram to show all the forces that act on
the traffic light.
2. derive the equations needed to calculate the two tensions T1 and
T2 provided by the two cables.
3. calculate T1 and T2 provided by the two cables if the mass of
the traffic light is 16.0 kg,
theta1 = 25.5 degrees
theta 2 = 45.5 degrees
1.) A block of mass 0.40 kg is attached to the wire connected to the wall...
1.) A block of mass 0.40 kg is attached to the wire connected to
the wall making an angle of 90 degrees with it. It is also attached
to the ceiling with the wire making an angle of 53 degrees with the
horizontal. Calculate tensions at each wire. (s the tension in the
wire hinged to the ??wall and is the tension in the wire attached
to the ceiling).
2.) A 5.0 kg wood block is on ice being pulled...
Two blocks are attached by a massless wire block A has a mass of 0.75kg and...
Two blocks are attached by a massless wire block A has a mass of
0.75kg and block B has a mass of 1kg. The blocks have coefficients
of static friction µkA =0.5 and µkB=0. The blocks slide down the
slope which is at an angle θ =25º to the horizontal.
a) Draw a free body diagram of each block indicating the
coordinate system and labelling all of the forces on the blocks
b) Write down two Newton’s second law equations...
A picture of mass 5 kg is hung from a wire on a wall. If the...
A picture of mass 5 kg is hung from a wire on a wall. If the
wire is divided into two parts by a nail protruding from the wall,
one part making an angle of 15◦ and the other making an angle of
10◦ , both with respect to the horizontal, what is the force in
each part of the wire?
A stepladder consists of two sides of equal mass and a length of 3.8 m, and...
A stepladder consists of two sides of equal mass and a length of
3.8 m, and the two sides are connected by a rope fixed 0.9 m from
the bottom of the ladder. When opened, the angle between the two
sides of the ladder is 61°. The ladder stands on a frictionless
horizontal floor.
Determine the tension in the rope T and the reaction
force at the top hinge if the total mass of the ladder is 17 kg.
(Hint:...
Q1: A body of mass 10kg is attached to one end of a cord, the other...
Q1: A body of mass 10kg is attached to one end of a cord, the
other end of which is fixed to a peg in a wall. The body
is pulled aside by a horizontal force so that the cord is inclined
at an angle of 30° to the vertical. Find the horizontal force and
tension in the string.
Q2: A body of mass 4 kg is attached to one end of a string, the
other end of which is fixed...
a large box whose mass is 20.0 kg rests on the frictionless floor. A mover pushes...
a large box whose mass is 20.0 kg rests on the frictionless
floor. A mover pushes on the box with a force of 250 N at an angle
35.0 below the horizontal. Draw the box's free body diagram and
calculate the acceleration of the box
b) if the kinetic friction coefficient is 0.1 between the box
and floor. Draw the box's free body diagram and re-calculate the
acceleration of the box
The above free body diagram, the forces are acting on a 4.70 kg object. The x-axis...
The above free body diagram, the forces are acting on a 4.70 kg
object. The x-axis is tilted up from the horizontal by
39.5 degrees. The magnitudes of the three forces are given
by:
Force F1: 77.0 N
Force F2: 74.0 N
Force F3: 66.0 N.
What is the magnitude of the acceleration of the object?
https://gyazo.com/a6bdfe7746936d6ad1dec213f4c0fd51
ADVERTISEMENT
Need Online Homework Help?
Get Answers For Free
Most questions answered within 1 hours.
ADVERTISEMENT
Active Questions
asked 2 minutes ago
asked 4 minutes ago
asked 7 minutes ago
asked 10 minutes ago
asked 10 minutes ago
asked 38 minutes ago
asked 50 minutes ago
asked 51 minutes ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago