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The drag characteristics for a newly designed automobile having a characteristic length of 20 ft are to be determined through a model study. The characteristics at both low speed (approximately 20 mph) and high speed (90 mph) are of interest. For a series of projected model tests, a wind tunnel that will accommodate a model with a characteristic length of 4 ft is to be used. Determine the range of air velocities that would be required for the wind tunnel if Reynolds number similarity is desired.
air enters a compressor operating at steady state with a volumetric flow rate of 8 m3min at 23degc and 0.12 mpa. the
the 5-kg block is falling downward at v1 2 ms when it is 8 m from the sandy surface. determine the average impulsive
Consider the following one-commodity Samuelson model. e = (1, 1), u(x0 , x1) = min(3x0 + x1, 2x0 + 5x1). (a) Show the set of feasible stationary allocations in a diagram. Show indifference curves in the diagram.
A submarine can safely resist 1800 psig. How deep in the ocean can the submarine travel? I found the answer to be 1205 m. Hope fully this is correct. The follow up question is. Calculate the pressure gradient due to gravity in water at 15 C. Express ..
the acceleration of a particle traveling along a straight line is a8-2s ms2 where s is in meters. if v0 at s0 determine
a robotic wheeled vehicle that contains science instruments is used to study the geology of mars. the rover weighs 408
a storage tank consists of a cylindrical section that has a length and inner diameter of l2 m and di1 m respectively
you are traveling along an interstate highway at 32.0 ms about 72 mph when a truck stops suddenly in front of you. you
air at a stagnation pressure of 450 kpa and stagnation temp of 400k flows through a converging nozzle whose throat area
1. What is the distinction between dye and pigment colorants? 2. Cite four factors that determine what fabri- cation technique is used to form polymeric materials.
A pneumatic displacement gage has d1=0.762 mm and d2=1.575 mm. The supply pressure is 68919.7 Pa with a random fluctuation of ±483 Pa, and the differential pressure Pd-Pa is measured with a water manometer that may be read with an uncertainty of 12.4..
Given the unity-gain bandwidth for an ideal op-amp equal to 5.0 MHz, find the voltage gain at a Avc
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