7. Three samples of fine aggregate have the properties shown in the table below. Calculate the following in percentage for each sample and the average of three samples: (15 points) a) Total moisture content b) Free moisture content

Perform the following conversions: - 428 cm to hm - 2748 yd to km - 7.0 m to ft  Calculate the surface area of a rectangular prism which is 2 cm × 4 cm × 6 cm Calculate the volume of this figure. Calculate the height of a lean-to roof that has a slanted height of 325 cm and an angle of elevation of 22°. Round your answer to the nearest cm. Include a diagram. Calculate the length of a staircase that is 3.2 m high, and has a slanted height of 4.7 m. Round your answer to one decimal place. Include a diagram. A lifeguard spots a swimmer in the lake at an angle of depression of 32°. He spots a sailboat further out, at an angle of depression of 13°. If the lifeguard is 36.5 dm away from the swimmer and 84.7 dm away from the sailboat, how far is the swimmer from the sailboat? Round your answer to the nearest tenth of a dm. Include a diagram

1. Define the following terms: (10 points) a. Saturated Surface Dry b. Absorption of aggregates c. Free water on aggregates d. Referring to the figure 5.9 of the textbook, which portions in the aggregates do react with the cement in the Portland Cement Concrete mix?

Task 4: Application questions Here is the model of a three-dimensional structure. Based on this structure, you will make some hand-drawn sketches. Scan them or photograph them with a phone or digital camera, and place them into your Word doc. Create an orthographic diagram (composed of front, top, and side views) for this model. Each cube is exactly 1 inch in length, width, and height. Use a scale of 1:2. For your side view, use the right side. Create an isometric diagram for this model. Remember to use ” for your drawing. Use the same measurements and scale as in part a. Draw your diagram as if you were looking at the front right-hand corner. The diagram here has been drawn from the front left-hand corner. Calculate the scale. Calculate the size of the kitchen to the end of the countertop. Assume the table is in the dining room. An interior designer plans to use triangular tiles that are 8 cm × 9 cm × 13 cm for a backsplash. To fit them together correctly, she needs to know the size of the angles on the tile. Calculate the three angles on the tile, accurate to one decimal place. Include a diagram.

5) For the plane stress states listed below, draw a Mohr's circle diagram properly labeled (10 points), find the principal stresses (10 points) and shear stresses (5 points), and determine the angle of the 1st principal plane from x axis (5 points). Draw stress elements of the principal plane including its orientation (10 points) [40 points] ox-8 MPa, ay = 7 MPa, Try = 6 MPa cw

3. Calculate the percent passing for the sieve analysis shown in table below and plot it on a semi-log gradation chart. (15 points)

Task Requirements  Write a report about the following case study (see the description below).  Word limit: minimum of 5,000 words and maximum of 10,000 words (excluding the reference list)  Referencing style: APA6 or APA7  Submission: Thursday, 20 Oct 2022 Case study description Gecko Allied Health Services (GAMS) Standards in community health care are steadily rising. A recent development is value-based health care delivery where greater attention is focussed on the patient. This has resulted in the traditional “silos” of health care delivery being broken down so that medical services are delivered by a multi-disciplined group of doctors and allied-healthcare professionals. There is further pressure to extend this model into the community so that access to these specialised models of health care delivery is not limited by the location of where people live. The purpose of this assessment exercise is to develop a comprehensive set of documentation that reflects the three aspects of McCabe’s approach to network design: analysis, architecture and design. Please refer to the marking criteria.