Question Solved1 Answer If a hurricane sustain a maximum withdrawal force of 250 N in the vertical direction determine the maximum tension T that can be exerted Statics and Strength of Materials xG Statics and Strength of Materials xG bartley - Google Searchnd%20Strength%20of%20Materials%20for%20Architecture%20and%20OBuilding%20Construction,%204th%20Edition%20by%20B-52 / 620190%2.7 If a hook can sustain a maximum withdrawal force of250 N in the vertical direction, determine the maximumtension T that can be exerted.10T.

3. An one-dimensional infinite well has V(x) = 0 for 0 x < b and V(x) -- oo elsewhere. The bottom of the well is then changed to have the shape V(x) esin b 0xsb Calculate the energy shift for all states to first order in e [10 marks]

F~ d~r where F~ (x, y) = y 2~i + (3x − 6y) ~j and C is the line segment from (3, 7) to (0, 12).

Covid-19 Company reported retained earnings at December 31, 2020, of $400,000. Covid-19 had 200,000 shares of common stock outstanding throughout 2021.The following transactions occurred during 2021.1. An error was discovered; in 2020, insurance expense was recorded at $90,000, but the correct amount was $60,000.2. A cash dividend of $0.50 per share was declared and paid.3. A 5% stock dividend was declared and distributed when the market price per share was $18 per share.4. Net income was $310,000.InstructionPrepare a retained earnings statement for 2021.

A 60-N-m couple is applied to the steel bar shown. (a) Assumingthat the couple is applied about the z axis as shown, determine themaximum stress and the radius of curvature for the bar. (b) Solvepart a, assuming that the couple is applied about the y axis. Use E= 200 GPa

Derivatives using Product and Chain Rules 12 of 14 An engineer is considering possible trajectories to use for emergency descent of a lunar module from low moon orbit to the lunar surface and decides to investigate one for which the vertical component of velocity as a function of time is described by ,(0) mu? where evo 0.49 km/s.to 390 s, and a 658. Part F For this trajectory, what would the vertical component of acceleration for the module be at time to -325s? Recall that acceleration is the derivative of velocity with respect to time View Available Hint(s) HÅ 9? dey (325 s) = de Value Units Submit Request Answer scent of a lunar module from low moon orbit to the lunar surface and decides to inv (t-to)2 -(t) = voe where vo = 0.49 km/s, to = 390 s, and o = 65s. 202

If A=xyz-2y2z+xz?, find del. (del A) at the point (2, 4, 1) g. 4 o b.-6 O c. -4 Od. 6 e. O