Pressure transducers are commonly used to measure pressure by generating analog signals usually in the range of 4 mA to 20 mA or 0 V-dc to 10 V-dc in response to applied pressure. The system whose schematic is shown in the figure can be used to calibrate pressure transducers. A rigid container is filled with pressurized air, and pressure is measured by the manometer attached. A valve is used to regulate the pressure in the container. Both the pressure and the electric signal are measured simultaneously for various settings, and the results are tabulated below. For the given set of measurements, obtain the calibration curve in the form, P[kPa] = aI[mA] + b where a and b are constants, and calculate the pressure that corresponds to a signal of 10 mA. Ah, mm I, mÃ 28.0 4.21 181.5 5.78 297.8 6.97 413.1 8.15 765.9 11.76 1027 14.43 1149 15.68 1362 17.86 1458 18.84 1536 19.64 Multimeter Pressure transducer Valve Pressurized air, P Rigid containe -Manometer Mercury SG - 13.56

Pressure transducers are commonly used to measure pressure by generating analog signals usually in the range of 4 mA to 20 mA or 0 V-dc to 10 V-dc in response to applied pressure. The system whose schematic is shown in the figure can be used to calibrate pressure transducers. A rigid container is filled with pressurized air, and pressure is measured by the manometer attached. A valve is used to regulate the pressure in the container. Both the pressure and the electric signal are measured simultaneously for various settings, and the results are tabulated below. For the given set of measurements, obtain the calibration curve in the form, P[kPa] = aI[mA] + b where a and b are constants, and calculate the pressure that corresponds to a signal of 10 mA. Ah, mm I, mÃ 28.0 4.21 181.5 5.78 297.8 6.97 413.1 8.15 765.9 11.76 1027 14.43 1149 15.68 1362 17.86 1458 18.84 1536 19.64 Multimeter Pressure transducer Valve Pressurized air, P Rigid containe -Manometer Mercury SG - 13.56

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

See similar textbooks

Similar questions

mm/revolution is the unit of O a. Feed O b. Spindle speed O c. Cutting speed O d. Depth of cut
In a shaper machine, the crank rotates at constant speed of 130 r.p.m. The angle travelled by the crank during cutting stroke is 267.2o and during return stroke is 92.8o. Compute and identify the nearest value of ratio of the time of cutting stroke to the return stroke. a. 1.71 b. 2.88 c. 0.347 d. 174.4
READ THE INSTRUCTIONS: Do not round off intermediate values when using them to solve subsequent calues; however they may be written up to 4 decimal places. final answer should be rounded off up to 4 decimal places. I'll upvote if it is correct and compelete. Thank you
If gear 1 turns 620 degrees, how many degrees will gear 3 turn? N1 =20, N2=10, N3=50
Finish the Orthographic drawing
In a lathe machine the cutting tool has a diameter of 1.6 cm is subjected to a cutting force of 250 N. Compute and identify the nearest value of work done per revolution of the spindle. a. 12.57 Nm. b. 36.88 Nm. c. 23.98 Nm. d. 58 Nm.
Question 27 3 7 9 -1 7 8 6 A = 1 9. -1 2 3 | -5 6. 4 -7 3 -2 -3 8. Solve for the determinant of A. Tommo
Exercises: find the solutions of: y² + y = - 6x Ô ý - y = 2x (2sinx ty cosx) 8 ⑨-'=x lo y" + y² - 4 y²- 4y = 32 ³² - 4x-6. -3x
I will rate helpful. Thank you.
18
Q7
A hole is to be drilled as shown by the circle. Using the part geometry shown below, indicate on the part sketch where locator(s) should be positioned according to the 3-2-1 principle. Use dashed lines to indicate locators on hidden surfaces. Also indicate where clamping force(s) should be applied using arrows. Use the minimum number of clamping forces.