In ft/s^2 1) Consider the masses A and B with weight as shown. If the two systems are released fromrest, which block will accelerate more quickly? Note that System A has an externally appliedload whereas System B has two weights. For full credit, draw the FBD and IRD of each system,compute the acceleration of each system, and state your final predication.System ASystem B6 oz6 oz10 oz10 oz2) On your birthday, your friends stack two presents, A and B, on a horizontal surface. A ribbonis tied to the upper right corner of block A. Assume the packages can only move horizontally回 09:54 PM* 51°F Partly cloudy3/2/2022P Type here to searchPrtScnEndF10PgUpPgDnDelHomeDIIEsc

Answered: Image /qna-images/answer/5e39323c-78de-4f50-a6d0-d77ea5d2fbe2.jpg

Consider the masses A and B with weight as shown. If the two systems are released from rest, which block will accelerate more quickly? Note that System A has an externally applied load whereas System B has two weights. For full credit, draw the FBD and IRD of each system, compute the acceleration of each system, and state your final predication.

Consider the masses A and B with weight as shown. If the two systems are released from rest, which block will accelerate more quickly? Note that System A has an externally applied load whereas System B has two weights. For full credit, draw the FBD and IRD of each system, compute the acceleration of each system, and state your final predication.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

An open horizontal tank 3 m high, 3.6 m wide and 5.1 m long is initially filled at 2 m of water. a. Determine the required acceleration in m/s? so that no water will be spilled? I Select] b. Determine the required acceleration m/s² so that 1/3 of the initial volume of water will be spilled. [Select] c. Determine the remaining volume in cu.m. if it accelerated at 7 m/s*2. I Select] Determine the minimum hydrosatic force in kN at the side of the tank if 2/3 of the initial volume will be spilled. d. [Select) e. Determine the maximum hydrosatic force in kN at the side of the tank if it accelerates at 3 m/s^2. I Select)
For the system determine a) the flow rate in m3/s b) The pressure at point A, B,. c) the velocity at points C,D. d) Construct the diagrams of L.E and L.A.M.
please find the solution
Convert 360 Km/hr into meter/second (m/s)
Convert each temperature. 32 °F to °C (temperature at which water freezes)
2. A car is traveling on a highway at 28 m/s. a) What is the pressure at the bottom of a car's gas tank. that is a cube with side lengths of 0.5 meters? Assume the tank is full of gasoline with a denisty of 800 kg/m^3. b) How much pressure does a pump need to supply in order to draw gasloine from the bottom of the tank to the top of the tank? The velocity of the gasoline once it is pumped out of the tank should be 1 cm/s; the gas at the bottom of the tank is at rest. c) The gasoline from part b flows through a tube (cylinder) of radius lcm before entering a larger tube of radius 10cm. What will the velocity of the gasoline be in the larger tube? d) The tires on the car have an outer radius of 0.2 meters. How many complete rotations did the tires go through in one hour? Hint: Determine how far the car travels in one hour. e) How many hours can the car travel before running out of gas? f) During your journey. you hit a pothole and have to change your tire. You get your spare…
2. A pressure gauge of a compressed nitrogen tank reads 2000 psi. Calculate the absolute pressure a) in psi b) in Pascal
1. Fill in the missing spaces and determine the direction of from in Pipe D. C Pipe A B с D E F G Flow (ft³/sec)) 100 60 20 (D Velocity (ft/sec) 15 20 Area (ft²) 20 6 10 15
Level measurement in a sump tank is provided by a transducer scaled as 1.734 V/m. A pump is to be tumed on by application of 9 V when the sump level exceeds 19.5 m. The pump is to be turned back off when the sump level drops to 3.65 m. Find Vy and v Given R1/R2 = 1.5. a) VH= b) VL=
Convert
1.36. Verify the viscosity conversion factors (a) 1 stoke = 1.0 x 10 m'ls (b) 1 ft/s = 9.2903 x 10- m/s (c) 1 ft/h = 2.5806 x 10- m2/s %3 %3D
186,000 m/h to km/y