Solved The below formula can be utilized to calculate the - Chegg
Civil Engineering questions and answers. The below formula can be utilized to calculate the drag force of a prolate spheroid in creeping motion (Re<1) : F≈ (6π/5) (4+a/b)μUb A prolate spheroid is immersed in an oil (ρ=902 kg/m3,μ=0.86 Pa.s) flow as shown in the figure below. The halfthickness b is 12 mm. Estimate the spheroid length if ...
Solved A blimp is approximated by a prolate spheroid 99.5 m
A blimp is approximated by a prolate spheroid 99.5 m long and 22 m in diameter. (a.) Estimate the weight of 20°C gas within the blimp for helium at 1.1 atm. (Round the final answer to the nearest whole number.) (b.) Estimate the weight of 20°C gas within the blimp for air at 1 atm. (Round the final answer the nearest whole number.)
Solved Capacitance of a spheroid Here is the exact formula - Chegg
Advanced physics expert. Capacitance of a spheroid Here is the exact formula for the capacitance C of a conductor in the form of a prolate spheroid of length 2a and diameter 2b: First verify that the formula reduces to the correct expression for the capacitance of a sphere if b right arrow a. Now imagine that the spheroid is a charged water drop.
Solved A blimp is approximated by a prolate spheroid 90 m - Chegg
Answer to A blimp is approximated by a prolate spheroid 90 m. Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.
3. In order to help find your drab little car in | Chegg.com
In order to help find your drab little car in large parking lots, you mount on the radio antenna a streamlined body of revolution. It has a length of 140 mm and a diameter of 30 mm; it's surface can be approximated as a 4:1 prolate spheroid. Assume that you travel at 65 mph (29 m S-1). a. Calculate (roughly) the drag of the body assuming ideal.
Solved A football is in the shape of a prolate spheroid, - Chegg
Precalculus questions and answers. A football is in the shape of a prolate spheroid, which is simply a solid obtained by rotating an ellipse about its major axis. A football is 10.115 inches in length and 26.35 inches in center circumference. If the volume of a prolate spheroid is how much air does that football contain?
Solved #7 A blimp is approximated by a prolate spheroid 90 m
Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on. Question: #7 A blimp is approximated by a prolate spheroid 90 m long and 30 m in diameter. Estimate the weight of 20°C gas within the blimp for (a) helium at 1.1 atm and (b) air at 1.0 atm.
Solved (a) The ellipse (x2/a2)+ (y2/b2)=1 ,0<b<a is rotated
Question: (a) The ellipse (x2/a2)+ (y2/b2)=1 ,0<b<a is rotated about the x-axis to form a surface called anellipsoid, or prolate spheroid. Find the surface area of thisellipsoid. (b) If the ellipse in part (a) is rotated about its minor axis (the y-axis), the resulting ellipsoid is called an oblate spheroid.Find the surface area of this ellipsoid.
Solved 21. (a) The ellipse *2 + = 1 (a> b) is rotated about - Chegg
Step 1. 21. (a) The ellipse *2 + = 1 (a> b) is rotated about the x-axis to form a surface called an ellipsoid, or prolate spheroid. Find the surface area of this ellipsoid. (b) If the ellipse in part (a) is rotated about its minor axis (the y-axis), the resulting ellipsoid is called an oblate spheroid. Find the surface area of this ellipsoid.
Question: N=7 about the x anis. - Chegg
Question: N=7 about the x anis. Volume of a Football Find the volume of the prolate spheroid (a solid of revolution in the shape of a football) obtained by revolving the region under the graph of the function. y =.