Review | Constants A student suspends a chain consisting of three links, each of mass m 0.250 kg, from a light rope as shown in (Figure 1). The rope is attached to the top link of the chain, which does not swing. She pulls upward on the rope, so that the rope applies an upward force of 9.50 N to the chain. (a) Draw a free-body diagram for the entire chain, considered as an object, and one for each of the three links. (b) Use the diagrams of part (a) and Newton's laws to find (i) the acceleration of the chain, (ii) the force exerted by the top link. on the middle link, and (iii) the force exerted by the middle link on the bottom link. Treat the rope as massless. Part A There are four objects of interest in this problem: the chain as a whole and the three individual links. For each of these four objects, identify the external forces acting on them. Besides the force of gravity, you should include only forces exerted by other objects that fouch the object in question. Throughout this problem, assume the positive y-axis points upwards. Drag the appropriate forces to their respective bins. ▸ View Available Hint(s) Figure Rope 1 of 1 Fa un 2: force of link 3 on link 2 F2 on 3: force of link 2 on link 3 F₂ 2 on 1- force of link 2 on link 1 F2: force of link 1 on link 2 3mg weight of entire chain T: tension force mg weight of single link Link! Chain Link 2 Link 3 Link 1 Link 2 Link 3 Reset Help 1:36 PM

Q: A laser resonator consisting of two mirrors with reflectivity R1=1 and R2=D0.95 respectively,…

A: Given: R1 =1 R2 = 0.95  effective medium length = 0.1 m spontaneous emission lifetime 10-6 sec  A…

Q: Plz solve correctly all parts  Asap

A: The objective of the question is to find the force required to pull the string so that the disk can…

Q: If Seneca decides to walk across town to a store that is 85 kilometers away and she has only 30…

A: Given data :             Distance = d              Time  = t       To find  :               Speed

Q: Question 3: Simple Pendulum Figure 3 A simple pendulum consists of a mass m attached to a weightless…

A:

Q: The velocity of a particle moving along the x-axis is given by v = s- 3s2 + 5s where s is in meters…

A: Given Data : The equation for velocity in terms of distance is given as v=s3-3s2+5s. The velocity of…

Q: 2. The position (X, Y, Z) of a particle of mass M is given by the following equations: X = 2ter + (3…

A: Given data: The X component of position is, X=2teαπ+β+1t-γt3 The Y component of position is,…

Q: A 18 cm disk in radius is originally rotating at wo = 11 rad/s. If it is subjected to a constant…

A: Given that,The radius : r = 18 (cm) = 0.18 (m)Angular speed : ω0 = 11 (rad/sec)Angular acceleration:…

Q: artner blow across the top of an empty bottle while you h ose enough so that you get a sound. Have…

A: Water doesn't produces sound but glass does .

Q: Question 1: In the circuit shown below, possible positions of a voltmeter and an ammeter are labeled…

A: In a circuit, the ammeter is always connected in series.

Q: event slipping. What frid

A: Given Data The weight of the car is:m=4000 lb=1814.36 kg The speed of the car is:v=30 mph=13.41 m/s…

Q: of light rods, light strings, an

A:

Q: anbs r-0.500 m r0.500 m Rele back b Eample 1914. h his sden, he chage qi i al be oigih he taợe qi s…

A:

Q: Uniform B, I to the screen No B No B A proton (mass- 1.67 1027 kg, charge- 1.6-1019C) travelling…

A:

Q: Calculate magnitude of vector B and its components X' and Y' AY' 12 B X'

A:

Q: ) wrncte don the Schored ceave equ? .

A: NOTE: "Since you have posted a question with multiple sub-parts, we will solve the first three…

Q: Diame Diameter d = 10.86m • radius r= 10.56 m² = 2 = 5.43m. mg = mv² 9₁₂ = x² = A rxg V = √rxg =…

A: in this question  we discuss given answer.

Q: A 2-kg car accelerates uniformly from rest to a speed of 10 m/s in the first 5s (frictionless…

A:

Q: Two Conducting planes at z = 4 cm and z = 10 cm are held at potentials of -2 V and 8 V,…

A:

Q: 3. In the diagram below, the source S emits a single photon, and an NDD is placed as indicated. What…

A: In probability theory, an event is more likely to happen if there is a high probability of it…

Q: A car of mass 1.1 x 10³ kg is travelling in a direction 22° N of E. The eastward component of its…

A:

Q: Calculate the minimum possible magnitude u of the muzzle velocity which a projectile must have when…

A:

Q: In the Circuit nelow, the switch iBinitially open (sushere is no Current), neclose the sariten at…

A: E = 6 volts R1 = 1.8 ohm R2 = 2.3 ohm R3 = 1.4 ohm L = 2.1 H R4 = 5.2 ohm

Q: B3-CT35: BLOCKS MOVING AT CONSTANT SPEED-FORCE ON BLOCK A block is moving to the right across a…

A: Solution: In case A, the force from the stick on the block has a downward component. So, the…

Q: LC: Rewrite a vector in a component form. Calculate directions and magnitudes of vectors Evaluate…

A: