The chain binder is used to secure loads of logs, lumber, pipe, and the like. If the tension T₁ is 3.4 kN when 0 = 33°, determine the force Prequired on the lever and the corresponding tension T₂ for this position. Assume that the surface under A is perfectly smooth.Assume a = 100 mm, b = 460 mm.T₁Answers:P =T₂ =ii9ABKN2KN2bTopocesT₂ The asymmetric simple truss is loaded as shown. Determine the reactions at A and D. Neglect the weight of the structure comparedwith the applied loads. Is the knowledge of the size of the structure necessary?3L60°Answers:Ay=Dy = iDx=HPB3LC60° 60°E2LLLL30°2LD

Disclaimer: “Since you have asked multiple question, we will solve the first question for you. If…

The chain binder is used to secure loads of logs, lumber, pipe, and the like. If the tension T₁ is 3.4 kN when 9 = 33°, determine the force P required on the lever and the corresponding tension T2 for this position. Assume that the surface under A is perfectly smooth. Assume a = 100 mm, b = 460 mm. T₁ Answers: P= i T₂= i 9 A B KN KN T₂

The chain binder is used to secure loads of logs, lumber, pipe, and the like. If the tension T₁ is 3.4 kN when 9 = 33°, determine the force P required on the lever and the corresponding tension T2 for this position. Assume that the surface under A is perfectly smooth. Assume a = 100 mm, b = 460 mm. T₁ Answers: P= i T₂= i 9 A B KN KN T₂

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Related questions

Q: 50.0⁰ Q2. An 8 m long ladder of weight 350 N leans against a smooth wall. "Smooth" means that the…

A: For equilibrium net force and net torque acting on the system must be zero.

Q: A pulley system is shown below. There is a single continuous rope that is 5 m long running from A,…

Q: Problem 7: Determine the forces in members BC, BF, CD and DF of the truss shown below. Compute using…

A: +↑ΣMA=0(Ey×8)−(10×4)−(8×6)=0Ey=11kN+↑⏐⏐∑Fy=0Ay+Ey=10−8=0⇒Ay=7kN

Q: light spring obeys Hooke's law. The spring's unstretched length is 34.5 cm. One end of the spring is…

A: Given Spring's unstretched length, L0=34.5 cm=0.345 m Mass of object, m=8.25 kg Final length of…

Q: A 350-N, uniform, 1.50-m bar is suspended horizontally by two vertical cables at each end. Cable A…

A: Let's consider the following free body diagram of the given problem. In this diagram,TA is the…

Q: A uniform spool is suspended from a vertical wall by a string attached to the spool’s thin axle. The…

A: Given data The Tension in the string is given as T = 2.6 N. The free-body diagram is drawn as,

Q: Determine the range of weights W for which the 99-lb block is in equilibrium. All wheels and pulleys…

Q: Part (b) If the ring rolls (without slipping) all the way to point 2, what is the ring's energy at…

Q: A uniform ladder 7.50 m long weighing 435 N rests with one end on the ground and the other end…

A: The problem can be illustrated as: * PART A: To get the reaction force exerted by the wall, we can…

Q: A diving board W = 250 N is supported by two posts, one at the far end and one x 1.5 m away from the…

A: Approach to solving the question:Please see attached photo for detailed solutions. Thank…

Q: Problem#1: The coefficient of friction between the inner pulley and the belt is 1/π. Find the…

Q: A uniform steel bar of length 10 m is supported at point A and B using two cables as shown in the…

Q: Two ends of the string are fastened at two corners of a picture frame weighing 200 N which are 60 cm…

A: Given: W=200N, d=60cm, L=70cm Refer to the free-body diagram below :

Q: The ring is subjected to three forces. Determine the direction 0 of F2 and magnitude of F3 so that…

Q: The masses of the blocks are ma= 30kg and mb= 70kg. Between all of the contacting surfaces, ps=…

A: Given information: The masses of the blocks are mA=30 kgmB=70 kg The coefficient of static friction,…

Q: 5 m 4m |0. 6m 1m 100kg 6 m

Q: An object that weighs 1180 N rests on a lever at a point 0.390 m from a support. On the same side of…

A: Given: P = 1180 N x = 0.390m

Q: The spool is supported on rollers A and B which rotate without friction. By exerting a force T=…

A: in this question we use simple inertia equation and then angular motion equation.

Q: (a) Determine the moment of force F about point C. (b) Determine the perpendicular distance (d)…

A: Note: As per the policy, only the first question will be solved. If you want the solution to other…

Q: On the way to Hilton Head, S.C. for Spring Break, your car breaks down in the middle of nowhere. A…

Q: A 1.50 kg sphere is connected to one end of massless, 2.0 m long string. The other end of the string…

Q: A Physic student has a 0.25 m length of string. She attached one end to the ceiling and the other…

Q: Problem 2: A block is suspended at the end of a beam held up by a cable as shown. The block has mass…

A: Given information: The mass of the block, M=15 kg The mass of the beam, mb=8.6 kg The length of the…

Concept explainers

Newton’s Third Law of Motion

The horse pulls the cart and the cart pulls the horse in response as per Newton third law. So the big question is, “Don’t the two forces cancel each other? How does the cart accelerate?”

Question

The chain binder is used to secure loads of logs, lumber, pipe, and the like. If the tension T₁ is 3.4 kN when 0 = 33°, determine the force P
required on the lever and the corresponding tension T₂ for this position. Assume that the surface under A is perfectly smooth.
Assume a = 100 mm, b = 460 mm.
T₁
Answers:
P =
T₂ =
i
i
9
A
B
KN
2
KN
2
b
Topoces
T₂

The asymmetric simple truss is loaded as shown. Determine the reactions at A and D. Neglect the weight of the structure compared
with the applied loads. Is the knowledge of the size of the structure necessary?
3L
60°
Answers:
Ay=
Dy = i
Dx=
H
P
B
3L
C
60° 60°
E
2L
L
L
L
30°
2L
D

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Introduction:

VIEW

Find force and tension:

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, physics and related others by exploring similar questions and additional content below.

Similar questions

The drawing shows two crates that are connected by a steel wire that passes over a pulley. The unstretched length of the wire is 1.5 m, and its cross-sectional area is 1,3×10-5 m2. The pulley is frictionless and massless. When the crates are accelerating, determine the change in length of the wire. Ignore the mass of the wire.
A uniform ladder stands on a rough floor and rests against a frictionless wall as shown in the figure. N2 mg d b Since the floor is rough, it exerts both a normal force N, and a frictional force f, on the ladder. However, since the wall is frictionless, it exerts only a normal force N, on the ladder. The ladder has a length of L = 4.70 m, a weight of W = 68.0 N, and rests against the wall a distance d = 3.75 m above the floor. If a person with a mass of m = 90 kg is standing on the ladder, determine the following. (a) the forces exerted on the ladder when the person is halfway up the ladder (Enter the magnitude only.) N1 N2 = f1 %3D (b) the forces exerted on the ladder when the person is three-fourths of the way up the ladder (Enter the magnitude only.) N1 = N N2 = f1
A 200 N sign hangs from the middle of a cable between two buildings. The ends of each cable are attached to each building at the same height. The cable cannot exceed 1500 N without breaking. Find the minimum angle that the cable can make from the horizontal.
6. A uniform ladder 10.0 m long is leaning against a frictionless wall at an angle of 60.0° above the horizontal. The weight of the ladder is 50.0 N. A 150.0 N boy climbs 4.00 m up the ladder. What is the magnitude of the frictional force exerted on the ladder by the floor?
Mp= L. d ms A horizontal L=1.3 m long mb=15 kg uniform bar is hinged on the left end and pulled at the right end by a cable. The cable makes 29° angle with horizontal. A 18 kg store sign is suspended below the bar at d=0.18 m from the right end. Find the magnitude of tension.
The human mandible (lower jaw) is attached to the temporomandibular joint (TMJ). The masseter muscle is responsible for pulling the mandible upward when you are talking or eating. It is attached at a horizontal distance of about 2.70 cm from the TMJ. The horizontal distance from the TMJ to your incisors is 6.60 cm. If the masseter muscle exerts a force of 182 N on your mandible when you bite into an apple at a constant rate, then what is the magnitude of the force exerted by your incisors on your food, assuming that both forces are vertical?
Two identical, side-by-side springs with spring constant 240 N/m support a 2.00 kg hanging box. Each spring supports the same weight. By how much is each spring stretched?
36. A 5.6kg box is hang on both ends making an angle of 27° on one end and 58° on another, both from the horizontal line. If the string from 27° generates a tension of 34.2N, what is the y-component of the given tension? Group of answer choices 30.74 N 51.25 N 30.47 N 15.52 N No answer
Q4.2. A springboard-type diving board is built from high grade aluminum. This particular board has a mass of 65 kg and is 3.85 m long. 33.8 cm wide, and 5 cm thick. (Aside: Most springboards start thick on one end, then get thinner as it moves to the other end. For this problem, assume the springboard has a constant thickness) One end of the springboard is attached to a hinge. The hinge lets the springboard move up and down, but keeps it from sliding out of place. 1.1 m away from the hinge, the springboard rests on (but is not attached to) a fulcrum. A diver with a mass of 65 kg stands on the far end of the springboard (opposite from the hinge), ready to begin their dive. Hinge Fulcrum Note: the measurements for this problem were taken from the springboards used in the 2016 Summer Olympics, 3 m Springboard event.
The truss structure in a Figure Q4a is supported at A and B and has three forces acting vertically at nodes D, E and C, where F₁ = 25 KN, F2 = 75 kN and F3 = 35 kN. The horizontal distance between nodes A and B is d₁= 3.50 m and the horizontal distance between nodes B and C is d₂= 3.50 m. The angle a = = 60°, B = 60° and angle 0 = 30°. α F1₁ d1 3 IB * F2 E d2 Ꮎ F3 с Figure Q4a a) Determine the reactions at RA and Rc and A and C. Give your answers in kilonewtons (kN) to two decimal places. b) Determine the force acting in member AB and clearly state if the member is in compression or tension. Give your answer in kilonewtons (kN) to two decimal places.
What is the magnitude of force F₁ for equilibrium? 132.6 N 402 N 150 N 300 N 17.7 N 200 N F2 30°f 30° 100 N Z 25 24 F₁ 300 N y
+ A uniform ladder stands on a rough floor and rests against a frictionless wall as shown in the figure. Since the floor is rough, it exerts both a normal force N, and a frictional forcef, on the ladder. However, since the wall is frictionless, it exerts only a normal force N₂ on the ladder. The ladder has a length of L = 4.2 m, a weight of W, = 66.5 N, and rests against the wall a distance d = 3.75 m above the floor. If a person with a mass of m= 90 kg is standing on the ladder, determine the following. (a) the forces exerted on the ladder when the person is halfway up the ladder (Enter the magnitude only.) N₂ N₂- 4- (b) the forces exerted on the ladder when the person is three-fourths of the way up the ladder (Enter the magnitude only.) N₂ N₂ Additional Materials