A. Determine the moment of F about the x-axisB.Determine the moment of F about the y-axisC.Dstermine the moment of F about the x-axis (x, y,z) ftConsider the given values for the force system shown above:Fx100+5.7*A IIb1+DftFy68+1.3*B jIby4+CftFz-52-6.2*EIb2+EftSTUDENT NO CODE: 20XX-XABCDE (EX. 2016-083701, A=8, B=3, C=7, D=0, E=1)A. Determine the moment of Fabout the x-axis.B. Determine the moment of F about the y-axis.C. Determine the moment of Fabout the z-axis.

Answered: Image /qna-images/answer/7807f8a9-acc2-4420-9fb2-54d6cdd8e559.jpg

(x.y,z) ft Consider the given values for the force system shown above: Fx 100+5.7*A i Ib ft 1+D Fy Fz 68+1.3*Bj Ib y 4+C ft -52-6.2*E Ib 2+E ft STUDENT NO CODE: 20XX-XABCDE (EX. 2016-083701, A=8, B=3, C=7, D=0, E=1) A. Determine the moment of Fabout the x-axis. B. Determine the moment of F about the y-axis. C. Determine the moment of Fabout the z-axis.

(x.y,z) ft Consider the given values for the force system shown above: Fx 100+5.7A i Ib ft 1+D Fy Fz 68+1.3Bj Ib y 4+C ft -52-6.2*E Ib 2+E ft STUDENT NO CODE: 20XX-XABCDE (EX. 2016-083701, A=8, B=3, C=7, D=0, E=1) A. Determine the moment of Fabout the x-axis. B. Determine the moment of F about the y-axis. C. Determine the moment of Fabout the z-axis.

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

Draw the complete FBD of members AB, FG, EBH and GHI parameters are attached in case needed.
Total Load = 40 + 150 + 100 + 60 + 40 = 390KNRD = 217.62 RB = 172.38 Don't skip solutions thanks!
A load of Ft = 700 N comes to the free wheel of a car. The coefficient of friction between road and tire is µT = 0.8. Wheel radius is twice the disc friction radius (Rt = 2 Rs), µ = 0.35 between pad and disc and allowable pressure p = 0.5 N/mm2 Determine the pad sizes and the hydraulic pressure that should be sent to the piston. Piston's diameter is d = 30 mm.
der engine has been drawn 0 2 moment diagram for a multicylin ~ 2.4° horizontallv. e = 4500 N-m vertically and 1 mm 'mxemapwd areas between output torque curve and the mean resistance line taken in order from one end are 342. 23, 245. 303. 115. 232. 227. 164 mm2. when the engine is running at 150 r.p.-m- If the mass of the flywheel is 1000 kg and the tota! fluctuation of speed does not exceed 3% of the mean speed. find the minimum value of the radius of gyration 16.4/ The turning
6.10 - This is a statics problem that deals with ‘Zero-Force Members’.
pleassssse solve question 7, statics
Please answer the following question A cigarettes dispenser requires a south African five-rand (R5) coin with a mass of 9.5 g to dispense one cigarette with a mass of 0.2 g. The design of such a cigarette dispenser is based on a helical spring, of negligible mass, which is found to extend 0.1 mm under a mass of 0.2 g. The spring can support a total mass of a coin. As the customer place money on the dispenser, the spring and coin system displace vertically through 4 mm and release. 1.1. Provide a schematic representation of the mass and spring system. 1.2. Calculate the frequency of natural vibration of the dispenser. 1.3. Determine the velocity of the coin when it is 2 mm below its resting position.
a ball_bearing has static_and_dynamic loads fifty and sixty eight kilonewton expected_life is needed expected_life if one thousand seven hundred and fifty is Revolutions per minute here i attached full sketch and question https://k.top4top.io/p_1926kgqbq3.png
M16 (h=2mm, d1=13.54mm, d2=14.7mm) material quality 8.8 bolt-nut connection Blowout= 2500 daN prestressbored with. Factor of safety S=2.5, key length L=10.d, coefficient of friction µo='=0.17; Average of contact surface with nutdiameter is given as d0=1.4.d. According to the given;a) strength control calculation during tightening;b) hand force that must be applied to the wrenchc) When the pre-tensioning force is applied, the elongation of the part is given as lp= 0.015mm, and the elongation of the bolt as lc= 0.030mm. BusinessSince the total elongation of the bolt is lctop=0.040mm for Ftop=3000 daN after the force is applied, we can define the characteristic of the bolt.find it.d) the characteristic of the part and the minimum remaining shortening value önlp after the prestressing forcee) Calculate the portion of the operating force on the bolt (Fic) and the part (Fip).f) Calculate the pre-tension force Fön' value remaining in the connection after the operating force has been…
Determine the principal dimensions of a cone clutch faced with leather to transmit 55 kW at 1100 r.p.m. from an electric motor to an air compressor. Sketch a sectional front view of the clutch and provide the main dimensions on the sketch. Assume : semi-angle of the cone = 15; μ = 0.2; mean diameter of cone = 6 to 10 d where d is the diameter of shaft; allowable normal pressure for leather and cast iron = 0.075 to 0.1 N/mm2; load factor = 1.75 and mean diameter to face width ratio = 6.
The pedal system shown in the figure is exerted by both an up and down mechanism. These forces are Fmax=350*SN/10 N, Fmin=-150*SN/10 N. It is desired that h/b = 5 seen in the figure. This piece is AISI 1040 and has a maximum tensile stress of 670Mpa and a yield stress of 540Mpa. Known weakening factors are known as kb=ky=kd=0.8. The notch factor for all stresses is assumed to be Kç=1.5. It is desired to last up to its minimum indefinite life at the cross-section measurement point (bxh) shown in the figure. According to Goodman theory, what should be the minimum size (b and h value) of this section in order to meet this condition. SN=89
Please solve ellaborately and include the untis in every step, show diagram and write your solutions clearly and readable if your solution is in written form. Your work will be appreaciated much. Thank You! A pulley 600 mm. in diameter transmits 40 kW at 500 rpm. The arc of contact between thebelt and pulley is 144° having a center distance of 1100 mm. Determine: (a) diameter ofthe driven pulley for open belt drive, (b) speed of the driven pulley, and (c) belt length foropen belt connection.