in the figure is lowered from a ship to afloor. Theontheосеanconstruction siteplastic panel weighs ( 200N) in air and isCubleshiplowered at a rate of ( 2 m/s ). Assuming thepanel remains vertically oriented, calculatengthe tension force in the cable. Take ( p = 100010* m/s ),e and use;water T PlusticPunelkg/m', v1.311/51/2CDlam = 1.328 / Rej" Cpturb = 0.072 / Rej. .

Claculate the buoyancy,FB=Volume of the block×γwaterFB=3×1×0.003×9.81×1000FB=88.29 Ncalculate the…

in the figure is lowered from a ship to a the осеan floor. The construction site on plastic panel weighs ( 200N) in air and is ship lowered at a rate of ( 2 m/s ). Assuming the vertically oriented, calculate panel remains ng the tension force in the cable. Take ( p = 1000 10 m³/s),e and use; water Plustic Punel kg/m', v 1.31 1/2 Cplam - 1.328 / Re," Cpourb= 0.072 / Re, '"

in the figure is lowered from a ship to a the осеan floor. The construction site on plastic panel weighs ( 200N) in air and is ship lowered at a rate of ( 2 m/s ). Assuming the vertically oriented, calculate panel remains ng the tension force in the cable. Take ( p = 1000 10 m³/s),e and use; water Plustic Punel kg/m', v 1.31 1/2 Cplam - 1.328 / Re," Cpourb= 0.072 / Re, '"

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

I need the answer quickly
We have a system that must pump 195 GPM, at a height of 85 meters, and its losses byaccessories are 5% of their static load, please indicate the operating point and choose the impeller thatbest fits between the options of the graph A, B, C, D and F, indicate what is the expected returnof this pump, which would be the expected consumption in Hp.
3. Consider a hot-air balloon with fixed volume VB = 1.1 m³. The mass of the balloon envelope, whose volume is to be neglected in comparison to VB, is m̟ = 0.187 kg. The balloon shall be started, where the external air temperature is T1 = 20°C and the normal %3D
Weighted piston type accumulator is shown in the figure below. If area=340 cm², a lift of the ram =1190 mm. Calculate the capacity of the accumulator in terms of liters.
An automobile lift in the Karsha car wash and service station raises 5.6 kN car of 2.4 m above the floor level from the ground,As shown in the below given figure , If a hydraulic cylinder has a piston of diameter 234.5 cm . Find the following: (a) Necessary Work to lift the car vehicle (in J) (b) Required Pressure to lift the car.in pascal (c) Power needed to the raise the car in 0.8 minutes in kW
You are designing a hydraulic lift for an automobile garage. It will consist of two oil-filled cylindrical pipes of different diameters. A worker pushes down on a piston at one end (d = 25cm), raising the car on a platform at the other end (d=?). To handle a full range of jobs, you must be able to lift cars up to 3000 kg, plus the 700 kg platform on which they are parked. To avoid injury to your workers, the maximum amount of force a worker should need to exert is 100 N. What should be the diameter of the pipe under the platform? If the worker pushes down with a stroke 50 cm long, by how much will he raise the car at the other end?
Air P Question 5. 1,2 m wide AB gate is articulated from point A shown in the figure. The heights of the fluids are 6 and 2 for h1 and h2, respectively. Water A hi Considering the measured pressure P = -15 kN/m?, find the magnitude of the force Oil h2 *(kN) that will affect point B, in which the в force provides the balance in AB gate (SGoil = 0,75). Figure 5
A car of mass 250 kg and volume of 64 m3 is submerged in s river. A crane is used to pull the car from river with the help of a rope. Calculate the tension in th rope.
Q4:Calculate density of a Body that floats in water, when a floating body is 73% submerged in water.
I need the answer as soon as possible
A modern wind turbine of (100 m) hub height works at an ideal conditions. Find the Q3 mechanical power of that wind turbine per unit area.
Q 2/ Calculate the difference between PRESSURE OF COMPRESSED AIR at point A and PRESSURE OF CONFINED WATER at point B located in pipes shown in Figure bellow. (PA- PB). Water B 3 m Water Air 1.5 m Air 1.2 m