A poorly designed electronic device has two bolts attached to different parts of the device that almost touch each other in its interior as in the figure. The steel and brass bolts are at different electric potentials, and if they touch, a short circuit will develop, damaging the device. The initial gap between the ends of the bolts is d = 5.0 mm at 27°C. At what temperature will the bolts touch? Assume the distance between the walls of the device is not affected by the temperature change. Steel 0000000 0.010 m 0.030 m Brass 5.0 μm

Sir please for fluid mech

fastened to rigid SurPerts and looded as shown, fey strel Ans: TE=472 N.m, TAI 9:3MNE 69 bronte deve lored incnch Segment? TE300N.m TD=700N. go Alyminum Bronze Steel A=25mm d= Semm 1.5m Im

F.mech,

Hiw:- Find the diffrent in between A andB? pressur r.dsl.2 obm A. o.4 m rds4 ridso.f

Solid mech

46 46 21:28 O 0 3念 ll [Templat 3. Calculate the val on net area will You Jay ar +4 PROBLEM 8. The critical plate for tension. 2. The maximum load carried by the connection considering tension failure of the plate. The maximum load carried by the connection considering shear failure on the rivet. 4. The maximum load carried by the connection considering bearing failure on the rivet. 5. The safe tensile capacity. 6. The efficiency of the joint. Two plates 14mmx150mm and 10mmx200mm are lapped together using 25mmø rivets as shown. The allowable stresses are: Tension = 100 MPa, Shear = 70 MPa, Bearing = 120 Mpa. Determine the following: 10 x 200 14 x 150 свА II

9. The frame shown in Fig. P348 is supported in pivots at A and B. Each member weighs 5kN/m. Compute the horizontal reaction at A and the horizontal and vertical components of the reaction at B.

DE TERMINE THE MAXIMUM DEFLEC TION USINE Dou BLE IPPZRATION ME THOD. 2) 5KN lokN 5KN ļ im b im im

please solve according to ACI 318M-19