/B/Data given as: Casing dimensions(20-in OD, 18.730-in ID,133lbm/ft).(26-in) Hole size.(350 ft) casing setting depth. Mud weight(8.7 ppg). - Cement properties: Cement H API class with(4%) bentonite. Slurry weight(14.2 ppg, 106 lbm/ft³). Slurry yield(1.5 ft³/sack). Water requirements(7.6 gal/sack).Pumping rate through drillpipe(100 gal/min) and through casing(300 gal/min). Drillpipe (5-in OD, 4.276-in ID,19.5 lb/ft). Allow(15 min) for release of plugs. A shoe truck(80 ft) and allow 100% excess cement in the open hole. Assume casing to be cemented to surface. Calculate: 1-The required quantities of cement and bentonite. (1-2) anned by CamScanner 2-Volume of mixing water. The forces developed during a conventional cementing operation. 4-Will the casing float?

Deform  hw. Please help

ε = ce { 3. Assume the activation energy for the creep of Al2O3 is 425kJ/mol. (a) Predict the creep rate, &, for Al2O3 at 1000°C and 1800 psi applied stress. (See Table 6.12 for data at 1300°C and 1800psi.) (b) Calculate the lifetime of an furnace tube at 1000°C and 1800 psi if 1% total strain is permissible. (ε = 2.7x10-6/hr for Al2O3 at 1300°C and 1800psi.)

The 3d printing approach shown below is fused deposition modelling (FDM), where feedstock polymer is fed into the heated printer nozzle and deposited onto the platform to form the final object in the desired geometry. Which of the polymers below are suitable for this process and what nozzle temperature should be used for that material? (This question has more than one correct answer) Material spool Heater element Object/Model * Nozzle Build platform

Hi i need to carry out a propagation of Young's modulus to find the overall error for it. I have the readings and I have calculated the overall error for E (for Cantilever beam) but I'm not sure if it is correct. Pls could it be checked or could I have some help with it please. Thanks.

In a drying experiment, a student recorded the mouisture change as below. Answer the following questions.  A) What is the critical mousiture content B) What is the constant drying rate C) Assuming there is one falling rate period, what is the total drying time to dry the product to a final moisture content of 0.1 (w.b.)?

Part A Suppose that L = 140 mm. (Figure 1) Locate the centroid y for the beam' s cross-sectional area. Express your answer to three significant figures and include the appropriate units. Figure L 240 mm 240 mm 120 mm 240 mm 1 of 1 ΜΑ ? y = Value Units Submit Request Answer Provide Feedback

Questions d-f