Gust Factor Essay

3) What do the rate of change values you just calculated represent? Why are some positive and some negative?

The pressure of a gas sample increases for a decrease in volume and decreases for an increase in volume.

baseline (see Figure 9.4 on page 288 for help). If the solvent traveled 57 mm

(1) TIME ALLOWED – 3 Hours (2) TOTAL NUMBER OF QUESTIONS – 6 (3) ANSWER ALL QUESTIONS (4) THE QUESTIONS ARE OF EQUAL VALUE (5) THIS PAPER MAY NOT BE RETAINED BY THE CANDIDATE (6) ONLY CALCULATORS WITH AN AFFIXED “UNSW APPROVED” STICKER MAY BE USED (7) STATISTICAL FORMULAE ARE ATTACHED AT END OF PAPER STATISTICAL TABLES ARE ATTACHED AT END OF

Stability and balance is also achieved through the incorporation of the vertical and horizontal planes. In the southwest facade of the building the vertical slits are balanced with the horizontal planes created by the cubes, cornice and the ornamental horizontal band that runs halfway through the walls. These vertical and horizontal planes further dictate a rhythmic continuity throughout the building. Building's scale is rather modest in comparison to its site and the surrounding landscape and the smooth texture of the facade helps its integration to the environment. (Figure 4)

So, plugging in a value from the temperature/pressure data, and the value obtained for Subscript[\[CapitalDelta], vap]H, we

The highest peaks seen on the graphs are due to the musical intonations I am performing. This could be measured by whether I used a pedal or not, what song I was playing, and whether that song was played Legato or Staccato. Because there are so many factors to how an instrument may affect the levels. For example, on the second graph we see the levels peak at 11:30 - 11:40, times where I was playing scales; scales without any soft or smooth rhythm, but rather loud and consistent patterns. The max reached close to 85 Leq, decreasing soon after and increasing once again towards the end of the lessons where I was playing my concert pieces. These implicate when I may have been playing loud and dense melodies, such

7. With the preceding flow net information, a flow net is sketched and presented in Figure 3 of the attached Appendix 1.

The building is located in Orlando. I performed the following tasks for this project: (1) determined the risk category of building using Table 1.5-1 ASCE7-10, (2) determined the basic wind speed for the applicable risk category, (3) determine the wind load parameters, (4) determined the velocity pressure exposure coefficient (ASCE 7-10), (5) determined velocity pressure, (6) determined external pressure coefficient (Page 264 ASCE 7-10), (7) calculated wind pressure, and (8) determined the peak displacement at the top of the building (both along-wind and

where dPmax is the maximum change in pressure, k is angular wave number, and w is angular frequency.

Inflow from the tank was calculated using the known internal dimensions of the tank, the % full reading, and the time step which the data was collected.

The function in Figure 1 can be expressed as a simple equation: D  500   h  500  50 h ,

The means for ascending threshold, descending threshold, and the overall threshold were calculated using the universal mean formula. We essentially took A1 and added it with A2 and divided, and did the same with the descending. After the first row of Y’s, we started to notice a correlation among them and was easily able to calculate the rest in my head, checking my work after with a calculator. Among the 250 Hz row, the ascending mean was 55 and the descending mean is 42.5, the overall calculated mean was discovered to be 48.75. In the 500 Hz row, the mean of A was 47.5, and D’s mean was 37.5, averaging out to the total of 42.5. In the row of Y’s for 1000 Hz, 37.5 was the ascending mean and 32.5 was the descending, leaving the overall mean of 30. For 2000 Hz, 27.5 was calculated for the ascending, while 32.5 was calculated for descending, making 30 the overall mean. For 4000 Hz, 47.5 and 42.5 were the ascending and descending means with the overall at 40 decibels. Lastly, the row of

Based on the chart, the mean was calculated by adding up the sum of the list and divide 18, which the number of the total listed prices. The mean is 135,000, which mean the average of the listed price. Secondly, the median was calculated by listing the number in numerical order from lowest to highest and located the number in the middle 126,000. The median represents the middle number of the listed price. After calculating the median I located the minimum and maximum based the lowest and highest data, which are 48,000 and 338,000. These represent the range of the listed price. Lastly, I used the formula to get the

values by using buffers set at PH 1, 3, 5, 7, 9. I predict that there