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nieves iglesias

nieves i.

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The inner and outer surfaces of a 5-m x 8.5-m brick wall of thickness 30 cm and thermal conductivity 0.69 W/m °C are maintained at temperatures of 20°C and 5°C, respectively. Determine the rate of heat transfer through the wall, in W. The rate of heat transfer through the wall is $\boxed{}$ W.

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A hydraulic press has a plunger diameter of 25 mm. The force acting on the plunger is 70N while the ram has a diameter of 12 cm. Calculate the following: 2.3.1 Pressure in the liquid (2) 2.3.2 The distance that the ram piston will rise after 20 strokes if the plunger stroke is 80 mm.

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a. Briefly describe the function of a encoder and give one of its practical applications.[3] b. For an encoder explain the following i. Chip enable ii. Race hazards iii. Switch bounce [1] [2] [2] c. In a particular digital electronic system an encoder is required to generate a correct 3 bit binary code for any base 10 number between 1 and 7. i. Deduce a truth table which can summarise the operation of the required encoder. [3] ii. Determine the corresponding Boolean function for each of the outputs in your truth table. [5] iii. Hence design a combinational logic circuit of the encoder [4]

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The overall goal of the Calvin Cycle is to generate energy in the form of ATP.

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In orthodox terminology, which of the following refers to the recipient of personal property, other than money, according to a will?

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If raw material costs rise the average revenue curve will A) remain in the same place. B) shift to the left. C) shift to the right. D) none of the above

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A plant has 4 cylindrical secondary clarifiers with diameters of 39 ft and depths of 9 ft. If the ideal hydraulic retention time is 48 minutes, and the current flow rate is 601 gpm, how many of the clarifiers should be used to keep the hydraulic retention time as close as possible to the ideal?

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A company made annual payments for 8 years at an interest rate of 10%. The annual cost was AED 80,000 in year-1 but this increased by AED 5,000 each year starting in year-2 up to year 8. Answer the questions below but selecting the closest answer. What is the present worth due to the base amount in year-1? What is the present worth due to the gradient? What is the total present worth in year-0? A. AED 80,000 B. AED 426,792 C. AED 15,000 D. AED 95,020 E. AED 491,570 F. AED 80,144 G. AED 506,936 A Moving to another question will save this response.

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Build a 3th order LP and HP filters that cover a signal range in between 0.2Hz and 150Hz an a gain of 10V/V each. Use C = 0.01µF with proper values of R's. Record your findings and include plots (magnitude and phase. Calculate the roll-off of the filter. Build an instrumentation amplifier having a differential gain of 80V/V. Choose the right differential input and common input signals to find the outputs and analyze the CMRR of the amplifier. What is the key component in the amplifier to increase or decrease the gain? Includes plots from the MultisimTM to all inputs and outputs.

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Question 3 2 points How Did I Do? Identify the type of the following differential equation. Note: $y$ is the dependant variable in the equation. $y^{1/2}\frac{dy}{dx} - 3 = y^{3/2}$ Select all that apply Seperable Linear Exact Homogeneous Bernoulli Linear Substitution

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