Qi) A6-mm oliameter Sphereis dropedindo toater. The weight of theball and bouncy force exerked on the sphere equal 0.0o1l N , respectively -The density of water looo kg/mAssume that thefluid flowtheSpherelaminarand theCverisdrag coe fficient remainsConstantand equal o.5.DelerminetheterminalVelocfty of theSphere inWater ?a) 0.266 m/sc) o- 238 mlsb) 0. 206 misd) 0.155 mlsQ A car tire has a hole. The aur escopes Steadily from the tire throughthe hole at arate of o0s kgis The Compressorprovides air to the tirethrough the valueat a conshant rate of o15 kgls. The initalmass of airis lo kg. How long (in Second) will the filling process take toreach 30 kg of air insidehe tire ?o) lo0c) 300b) a00d) y00Q) Aspeed Soopump operates at"pmandts Flow rateis o4 ms.1E the Same pump operales atSpeed 750pm -TenFlow ratebe in) o-15b) o. 6d) o.45Qu) A pump operates atSpeedS44 rpm and itConSume pawer2 KW. IftheSpeed 797. Then itwillSamepump operates atConsume(kw))WrieBwo decimal numberspoweryourarsuerin

Given DataD=8mm=0.008mr=0.004mρ=1000kg/m3 ***As per our company policy we are supposed to do only 1…

6-mm dliameier Sphere is droped indo toader. The weight of the ball and bouncy force exerled on the sphere egual o.0ooll N, respectively- The density of water looo kg/m Assume that the fluid flow the Sphere lawinar and the aver is drag coe fficient remains Constant and epual 0.5 Delermine the Velocty of the woter ? terminal

6-mm dliameier Sphere is droped indo toader. The weight of the ball and bouncy force exerled on the sphere egual o.0ooll N, respectively- The density of water looo kg/m Assume that the fluid flow the Sphere lawinar and the aver is drag coe fficient remains Constant and epual 0.5 Delermine the Velocty of the woter ? terminal

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

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