DATA: m₁ (in N) S₁ See the figure. Two blocks (masses m₁ and m₂) are connected by a light string S₁, and they slide without friction on the floor. Another string S₂ exerts a force F on block B2. For the data given below, calculate the tension force of the string S₁. = m₁ 2.6 kg; m2 S₂ m2 = 4.6 kg; F = 90 N; OA: 2.41 OB: 3.50 OC: 5.07 OD: 7.35 OE: 10.66 OF: 15.46 OG: 22.41 OH: 32.50

You want to hang an object from the ceiling of an elevator that has a maximum acceleration of 4.0 m/s2. a) If you hang the object with a fishing line that supports 45 N of force, what is the maximum mass the object can have if the line is not to break? Please answer in units of kg.

Determine the tensions in cables AB, BC, BD, and DE if the weight W = 176 N. You will need a free- body diagram at B and another at D to solve this problem. Round all answers to one decimal place. A TAB TBC TBD TDE 34% 36% B N Z Z N N 18 E 11 D

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A block having a mass of m = 10.5 kg is suspended via two cables as shown in the figure. The angles shown in the figure are as follows: a = 11° and ẞ=25°. We will label the tension in Cable 1 as 7, and the tension in Cable 2 as T2. What is T2 Cable 1 Cable 2- B m

Sphere A is attached to the ceiling of an elevator by a string. A second sphere is attached to the first one by a second string. Both strings are of negligible mass. Here m₁ = m₂ = m = 3.67 kg. = = T₁ m₁ (a) The elevator starts from rest and accelerates downward with a = 1.35 m/s². What are the tensions in the two strings in newtons? T₁ N N T2 = T₂ m₂ (b) If the elevator moves upward instead with the same acceleration what will be the tension in the two strings in newtons? Т1 T2 N N (c) The maximum tension the two strings can withstand is 89.8 N. What maximum upward acceleration (in m/s2) can the elevator have without having one of the strings break? m/s²