9. The thin ( 3 mm ) thick plastic panel shown in the figure is lowered from a ship to a construction site on the ocean floor. The plastic panel weighs ( 200 N) in air and is ship Cuble lowered at a rate of ( 2 m/s ). Assuming the panel remains vertically oriented, calculate Ing the tension force in the cable. Take ( p 1000 *10“ m/s ), and use; water T Plastic Punel kg/m', v 1.31 1/2 1/5 -3m. Cplam = 1.328/ Re Cpturb = 0.072/ Re. %3D

9. The thin ( 3 mm ) thick plastic panel shown in the figure is lowered from a ship to a construction site on the ocean floor. The plastic panel weighs ( 200 N) in air and is ship Cuble lowered at a rate of ( 2 m/s ). Assuming the panel remains vertically oriented, calculate Ing the tension force in the cable. Take ( p 1000 *10“ m/s ), and use; water T Plastic Punel kg/m', v 1.31 1/2 1/5 -3m. Cplam = 1.328/ Re Cpturb = 0.072/ Re. %3D

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

The tank in Fig. 2/is 3 m wide into the paper. Compute the hydrostatic (a) horizontal force component (b) vertical force component and (c) resultant force on quarter-circle panel BC. Consider y-9810 N/m b. 6 m Water Section A-A Fig. 1
is required to open the gate A-B? The density of water is 1000 kg/m3 and the density of the block is 8000 kg/m3. The What is the minimum Block mass (kg) that the gate is not required. The external force that effects the gate at point A is Fe=3000 specific gravity of oil is 0.9. The depth of N, while the hydrostatic force Fh=5084.4 N. 1 m Fe rope 4 m Oil Fh 1.2 m 30 Block Water
No card B a m OO ji OON 2819:03 Image viewer L Moving belt, width b Oil, depth h
i need the answer quickly
Gate AB in the figure is 1.2 m long and 0.8 m into the paper. Compute the force F on the gate and its center of pressure position X. 8 m ⒸMcGraw Hill Education. All rights reserved. No reproduction or Withere 6 m Oil, SG=0.82 1 m 4 m A1.2 m F X B 40°
9. A cube is floating between two separated liquids and attached to a string as shown in figure below. If the cube density is 800 kg/m³, calculate the tension on the string. 1 m SG =0.9 0.6 m 1 m Cube 0.4 m SG =1.3 1 m
Calculate the fluid force on the side of the "infinite" plate B in the figure. The fluid mass 850kg/m³. /m³. Assume g = 9.8m/s². density is p F N = A y = ln x x
A rectangle gate, 1.7m wide supports water as shown on the figure. The gate is hinged at the bottom and is kept in a vertical position by a concrete block connected to it by a cable yconcrete =23.6 KN/m3 a. Calculate the hydrostatic force acting on the gate.b. calculate the tension in the cable assuming a minimum volume of concrete block keeping the gate in a vertical position.c. calculate the minimum volume of concrete block required.
Please I nead clear drawing, and find Lift force, normal force, axial force, drag force and please lable all the angels
i need the answer quickly
A plastic spherical balloon is held below the surface of a swimming pool by a cable tied to a bottom of the pool . The spere has a volume of 1.5×10^-2 m^3 and the tension in the cable is 90 N. a. What is the buoyant force exerted by the water on the sphere b. Calculate the mass of the balloon c.
Find the pressure and temperature at an altitude where the density is 0.925kg/m^3 in the standard atmosphere