3.54 only, please complete diagram if possible, thanks! 20-m long. Determine the resultant force of the water pressure actifig oh the dam.6 m8m750 N/m5 m6 MN/m4 MN/m312 N/m2499 N/m20 12 m1217 N/m2Fig. P3.53Fig. P3.544 m3-54 The water pressure acting on a masonry dam varies as shown. If the dam is20 ft wide, determine the resultant force of the water pressure acting on the dam.2.5m3-55 The concrete pier is subjected to soil pressure that causes the line loadsshown. Determine the resultant of the loading and find the y-coordinate of thepoint where the resultant crosses the y-axis.8 MN/mFig. P3-5512m|-7.5 m-

Answered: -6 m- B 8 m -750 N/m2 5 m 7.5 m 12 m

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

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In the 1970s cartoon The Super Friends, the Wonder Twins helped Superman and others fight crime. One of the Wonder Twins was Zan, who was able to take on the form of H2O in its various phases (ice, liquid water, water vapor). After taking a physics class, he decides to conduct a little experiment by turning into an ice igloo in the park on a hot day. (a) If his total mass as an igloo is 64.50 kg and he starts with a temperature of −13.50°C, how much heat must flow into him to completely melt his body? J(b) He continues absorbing energy up to the point where he would start to vaporize (100.0°C). How much more heat is required to raise his temperature to the vaporization point? J(c) How much more heat is required to turn him into water vapor at 100.0°C? J(d) If we model the water vapor molecules making up his body as having only six degrees of freedom, what is the average kinetic energy of one of the water vapor molecules that make up Zan? (Consider the case when Zan is water vapor at…
Please show all your work no ai. I'm trying to truly understand.
6.8 Suppose that a cast Al-1 wt% Si alloy, contains equilibrium Si particles 1 µm in diameter. This alloy is to be heat treated by first putting all of the Si particles back into solution. (a) Draw a set of schematic curves indicating what will happen during this process. Temperature °C (b) Indicate the initial conditions, the final conditions (once a new equilibrium is reached) and the boundary conditions during dis- solution. (c) Estimate how long the alloy should be held at 550°C so as to ensure that all of the Si is dissolved. Al-Si 1500 1300 1100 900 700 500 300 660.452°C 0 -(A1) 10 AI 12.6 10 20 20 30 30 Atomic Percent Silicon 40 50 Thom L 60 Them 577+1°C 40 50 60 Weight Percent Silicon 70 70 80 80 90 90 100 1414°C (Si)- 100 Si
Determine the magnitude and direction of the resultant for system of forces shown in the figure. Take F1 = 24.9 N, F2 = 68.1 N, F3 = 102.2 %3D N, F4 = 99.3 N, F5 = 108.3 N, a = 26.8°, ß = 51.1°, and y = 55.2°. F1 F5 F3 F2 F4 Solution: a) Sum of all horizontal force components, EH (N) =

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