can you write readable please?can you do the solution with the formula? 2. The crate weighs 450 kg and is supportedby three cables as shown in the figurebelow.2m1m1m-2m-a. Draw a free-body diagram for point A.b. Express the tension in each cable in2m2mterms of the unit vector and itsunknown magnitude.c. Determine the magnitude of thetension in each cable.d. What is the maximum weight for a crate3 mthat can be supported if the maximumtension in any cable is 900 kg?

Answered: Image /qna-images/answer/62ec8af6-0b1f-4a7a-bb8d-65872bd250f0.jpg

2. The crate weighs 450 kg and is supported by three cables as shown in the figure 2m below. 1m a. Draw a free-body diagram for point A. b. Express the tension in each cable in -2m- 2m 2m terms of the unit vector and its unknown magnitude , c. Determine the magnitude of the tension in each cable. d. What is the maximum weight for a crate that can be supported if the maximum tension in any cable is 900 kg? 3 m

2. The crate weighs 450 kg and is supported by three cables as shown in the figure 2m below. 1m a. Draw a free-body diagram for point A. b. Express the tension in each cable in -2m- 2m 2m terms of the unit vector and its unknown magnitude , c. Determine the magnitude of the tension in each cable. d. What is the maximum weight for a crate that can be supported if the maximum tension in any cable is 900 kg? 3 m

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

Gentlemen, please help to solve a,b,c as I faced confusing questions about screw jack. Conditions are: screw jack is lifting 3.2 tonnes, screw pitch is 12 mm, diameter of the screw is 5 mm. Coefficient of friction was not given but I think we will need it for total force calculation, lets take it 0.2. a) Calculate horizontal component to move the load - what is ment here by horizontal component? b) Calculate vertical component to move the load - what is ment here by vertical component? c) Total force needed to move the load with a lever of 0.82m d) Velocity ratio (VR=distance by effort/distance by load) Distance by effort (lever)=2 x 3.14 x 0.82 = 5.15m Distance by load = pitch= 12mm= 0.012 m VR=5.15/0.012= approx 429. e) Calculate efficiency. For this we need to have MA (mechanical advantage). It can be calculated when we know total force. Efficiency=Load (3200 x 9.8) / effort
PLEASE ANSWER THIS USING YOUR OWN ANSWERS. DO NOT COPY ON INTERNET. IF YOU SEE THIS QUESTION AGAIN, DO NOT ANSWER. IF YOU ANSWER THIS IN TYPEWRITTEN, COMPLETE, CORRECT, AND IN ORIGINAL WAY, I WILL UPVOTE. THANK YOU!
can please help me understand how someone could possibly do 75 windmills in a minute?? with madeup calculations please??
hello did you forgot the T in solving Wrev?
PLEASE ANSWER THIS USING YOUR OWN ANSWERS. DO NOT COPY ON INTERNET. IF YOU SEE THIS QUESTION AGAIN, DO NOT ANSWER. IF YOU ANSWER THIS IN TYPEWRITTEN, COMPLETE, CORRECT, AND IN ORIGINAL WAY, I WILL UPVOTE. THANK YOU!
Write the Compatibility Equations?
Figure Q1 (a) and Figure Q1 (b) shows a C-shape block and rectangular hollow block respectively.
Choose 3 of the most important methods, theorems, principles, or concepts from Statics. Write approximately 3-5 coherent sentences about each IN YOUR OWN WORDS, why they are important, and how they are used. No cutting and pasting except perhaps for an equation or two.
4. What are the theorems of Papus and Guldinus used for?
for 2 can you please do a sketech veriation of it?
Please help answer all parts, thanks
4c needs to be done