Question Completion satusQUESTION 4Calculate the engineering stress (MPa) on a magnesium bar with initial dimensions diameter 12 mm. length 30.000 mm, if it were subjected to a load of 1500 kgOA 32 MPaOB. 1.3 MPAOC13 MPaOD.130 MPaQUESTION 5Place the matenals (Al>03, Mg. K. P) in order of increasing ductility(1 is the lest ductile and 4 is the most ductile)v Al203MgKQUESTION 6A stress of 2.25 MPas applied ie the 110 direction of a unit cell of a copper singlecrystal. Caleulate the resolved shear stress on the 111) plane n the [00 1]direction.OA092 MPAOROMPAOGR0I MPa16066MPClik S d Subnit to e endiobnit. Ciok SavrAllAnors oe l aners

Answered: Image /qna-images/answer/8e5dd0b8-3deb-4759-9044-ce07cdcddcf7.jpg

QUESTION 4 Calculate the ngineering stress (MPA on a magnesium bar with intial dunensions dianseter12 mm. length 30 000 mm, f t were subjected to a load of 1500 kg OA 32 MPA ORIJ MPA OCIMPA OD130 MPa QUESTION S Place the matenals (Al203. Mg. K, PO in order of increasing ductility (1 s the lest ductile and 4 is the most ductile) - Al0 ME QUESTION 6 Astres of 225 MPA applied ie the 1 10direction of a unit cell of a copper sngle rystal Calelr the resolsed shear stres on the 11 1) plane un the [0 0 1] direction OA092 MPA CHOMPA CGR01 MP

QUESTION 4 Calculate the ngineering stress (MPA on a magnesium bar with intial dunensions dianseter12 mm. length 30 000 mm, f t were subjected to a load of 1500 kg OA 32 MPA ORIJ MPA OCIMPA OD130 MPa QUESTION S Place the matenals (Al203. Mg. K, PO in order of increasing ductility (1 s the lest ductile and 4 is the most ductile) - Al0 ME QUESTION 6 Astres of 225 MPA applied ie the 1 10direction of a unit cell of a copper sngle rystal Calelr the resolsed shear stres on the 11 1) plane un the [0 0 1] direction OA092 MPA CHOMPA CGR01 MP

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

In the experiment alloy analysis my sample mass was 0.0806g and the eudiometer measurememg was 61.12ml the difference in pressure was 23.31 cm temperature is 21.03 celsius and pressure was 0.971atm determine the percentage of aluminum and zinc based on those results.
13.2. A blimp rises because it is filled with Helium gas which has a smaller molecular mass than air (in g/mol). Helium can lift objects because it exhibits a buoyant force equal to the difference in the grams per mole. At room conditions (P=1atm, T=25C), what volume of helium would lift a person who weighs 195 pounds? Show your work in calculations.
37. A particular equation of state for 02(g) has the form Pv = RT (1 + 2 + 2) where v is the molar volume, B = -21.89 cm3/mol and C = 1230 cmº/mol?. %3D υ Use the equation to calculate the pressure exerted by 1.00 mol of O2 confined to a volume of 500. cm3 at 273 K. 43.1 atm 22.4 atm 1.00 atm 44.8 atm 2.00 atm
Please show all work and explain It’s 3 easy question I don’t get
Two molecules are diffusing in a water solution held at the sametemperature T. Molecule A has three times the mass of molecule B. Molecule A has alsoa mean free path that is half that of molecule B. Both need to diffuse over the samedistance (Xeff). How do the diffusion speeds compare? (Express your answer in terms of a“A over B” ratio).A) 0.71B) 0.29C) 0.56D) 2.45
t ot pt pt Login ATM McGraw Hill C IT Central Authe Submit Answer Visited OWLv2 | Assig 8 https://east.cengagenow.com/ilrn/takeAssignment/takeCovalentActivity.do?locator=assignment-take Try Another Version Content. CARANY 2 item attempts remaining C Which of the following statements is not correct? O The effusion of H₂ is faster than the effusion of He (assuming similar conditions and a rate expressed in units of mol/h). O The effusion of Cl₂ is faster than the effusion of CH4 (assuming similar conditions and a rate expressed in units of mol/h). The fusion of gases occurs more rapidly at higher temperatures. O Diffusion will occur faster at low pressure rather than at high pressure. OWLv21 On X [References] CengageNOV New Tab D C
l TEW LTE 11:52 AM 65% Done 10 of 10 Boyle's Law Chkrine ar occuales a wme of 12liters at 720 orr pressure What vclume will it a cup at Tatm pressure 2Flucrine everts a pressure of CUD.tor. When the pressure i honged to 150 atm,its wlume is 250iml. nhat was the axiginal vulumen
Question 32 If a 7.00 gram sample of molecular nitrogen (N₂) at 10.0°C occupies 2.50 L, what is the pressure of the sample? PV = nRT; R = 0.0821 L atm / mole K; K= °C + 273.15 For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIUS Paragraph Arial E X² X₂ >¶¶< - ABC 10pt ¶ ""
What are the answers to these questions?
pressure of 3.85 4 One gram of He, 2.5 grams of Ne, and 3.3 grams of Ar are added to a sealed 41, metal cylinder and cooled to -15°C. (a) Calculate the total pressure in the cylinder (b) Calculate the partial pressure of Ne
how many mole of oxyegen gas are needed toreact completely with with 52.0 og gaseous CH4 at stp during a combustion reaction? CH4 + 2O2=CO2+2H20
Which of the following equations represent the Clausius-Clapeyron equation? Both (A) and (B) are correct Only option (8) dp AH dT T(V-V.) AH "Tap dp dr T(V-V.)