Interpret Data and Draw a Conclusion Compare the MOR tensile strength of the concrete to the average 28 day compressive strength found earlier. The tensile strength is what % of that average compressive strength? Is this expected? Why or why not (cite an outside source to confirm your answer)? In the MOR test, the beam was loaded with two loads placed at the 1/3 points in addition to its supports. Considering the moment diagram for this beam, where along the length of the beam should failure occur (where should the beam crack)? Using MS Word place a drawing of the shear and moment diagram created by the "third point" loading and label maximum shear and bending moment in terms of "P". Interpret Data and Draw a Conclusion Compare the MOR tensile strength of the concrete to the average 28 day compressive strength found earlier. The tensile strength is what % of that average compressive strength? Is this expected? Why or why not (cite an outside source to confirm your answer)? In the MOR test, the beam was loaded with two loads placed at the 1/3 points in addition to its supports. Considering the moment diagram for this beam, where along the length of the beam should failure occur (where should the beam crack)? Using MS Word place a drawing of the shear and moment diagram created by the "third point" loading and label maximum shear and bending moment in terms of "P