Consider the vertical rear window of an automobile that has a thickness L= 9 mm and...

Consider the vertical rear window of an automobile that has a thickness L= 9 mm and height H=0.5 m with heating wires that create uniform volumetric heating. The window interior is exposed to ambient air at 10°C and the window exterior to air at -10°C which moves in parallel flow over the surface with a velocity of 20 m/s. The surface temperature of the window exterior is 12°C. Find the volumetric heating rate necessary to keep the window interior at 16°C. What is the convective heat flux for the interior and exterior of the window?

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samet mamat answered 3 months ago

Consider a Bevel Gear Differential used to drive the rear wheels in an automobile. Assume the...

Consider a Bevel Gear Differential used to drive the rear wheels in an automobile. Assume the input angular velocity is to the carrier and the output angular velocities drive the left and right wheels. If both wheels rotate at the same speed, what is the angular velocity of the planet gear? None of these. The same angular velocity as the carrier The same angular velocity as the wheels. The planet gears have zero angular velocity relative to the carrier.

Consider a sheet of paper with a thickness of 0.1 mm and a dielectric constant of...

Consider a sheet of paper with a thickness of 0.1 mm and a dielectric constant of 3. Suppose we would like to make a 1 F capacitor using this sheet as a spacer between two metallic plates. Suppose we took out the paper dielectric (while keeping somehow the distance between the plates the same). 1.26: What is the charge after the paper sheet is out completely? 1.27: What is voltage across the capacitor after the paper sheet is out completely?...

A sheet metal with a thickness of 3 mm has a limiting drawing ratio of 2.4....

A sheet metal with a thickness of 3 mm has a limiting drawing ratio of 2.4. Calculate the largest circular blank that could be used successfully in deep drawing a cylindrical cup with an internal diameter of 75 mm. Also calculate the punch force required when the sheet metal has an ultimate tensile strength of 530 MPa.

Consider a large plate of thickness 50 mm and thermal conductivity of k= 69 W/m.C in...

Consider a large plate of thickness 50 mm and thermal conductivity of k= 69 W/m.C in which heat is generated uniformly at a constant rate of 600 kW/m3. One side of the plate is insulated while the other side is subjected to convection to the environment at 30oC with a heat transfer coefficient of h= 94 W/m^2.C. considering six equal spaced nodes with a nodal spacing of 10 mm: (a) obtain the Finite Difference formulation of this problem, (b) determine...

An automobile has a vertical radio antenna 1.10 m long. The automobile travels at70.0 km/h on...

An automobile has a vertical radio antenna 1.10 m long. The automobile travels at70.0 km/h on a horizontal road where the Earth's magnetic field is 50.0 µT, directed toward the north and downwards at an angle of 65.0° below the horizontal. (a) Specify the direction the automobile should move in order to generate the maximum motional emf in the antenna, with the top of the antenna positive relative to the bottom. (b) Calculate the magnitude of this induced emf.

i need the solution with comsol Consider a large plane wall of thickness L 5 0.4...

i need the solution with comsol Consider a large plane wall of thickness L 5 0.4 m, ther- mal conductivity k 5 2.3 W/m·K, and surface area A 5 20 m 2 . The left side of the wall is maintained at a constant temperature of 95°C, while the right side loses heat by convection to the surrounding air at T ` 5 15°C with a heat transfer coefficient of h 5 18 W/m 2 ·K. Assuming steady one-dimensional heat...

Consider a 9 mm diameter circular tube, calculate the length of tube that is required to...

Consider a 9 mm diameter circular tube, calculate the length of tube that is required to transfer 100 W of water that circulates through the tube at a rate of 0.08 kg / s. The temperature of the water is kept constant at 50 ° C and the wall of the tube is maintained at 45 ° C.

A hollow, round column has length (L = 1500 mm), outside diameter (do = 20 mm)...

A hollow, round column has length (L = 1500 mm), outside diameter (do = 20 mm) and inside diameter (di = 14 mm). If the column is made of steel (E = 207 GPa, Sy = 300 MPa), then determine if it is a Johnson or an Euler column and find the critical load Pcr for each of the following end-conditions: (a) Pinned-pinned (b) Fixed-pinned (c) Fixed-fixed (d) Fixed-free

A cube has sides of length L = 1.00 mm. One corner is at the origin....

A cube has sides of length L = 1.00 mm. One corner is at the origin. The nonuniform electric field is given by E~ = (19.00N/C ·m) x ˆi−(1.34N/C ·m) z ˆk. (a) find the electric flux through each of the six cube faces S1, S2, S3, S4, S5, S6. (b) Find the total electric charge inside the cube.

The steel beam has the cross section shown. The beam length is L = 6.9 m, and the cross-sectional dimensions are d = 345 mm, bf = 185 mm, tf = 15 mm, and tw = 10 mm.

The steel beam has the cross section shown. The beam length is L = 6.9 m, and the cross-sectional dimensions are d = 345 mm, bf = 185 mm, tf = 15 mm, and tw = 10 mm. Calculate the largest intensity of distributed load w0 that can be supported by this beam if the allowable bending stress is 185 MPa.

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