Topic: Fluid mechanicsDetermine: The horizontal component of the hydrostatic force against the quarter circle wallFinal answer must be in: kN and decimal place is 4 Thanks! The canal shown below runs 40 m into the paper. Assume unit weight of H20 is 9.79 kN/m^3. Determine the horizontal componentof the hydrostatic force against the quarter circle wall.Ans, in kN18m4018m18

Answered: Image /qna-images/answer/90de90c2-5986-469a-9d3b-c3b7715a8845.jpg

The canal shown below runs 40 m into the paper. Assume unit weight of H20 is 9.79 kN/m^3. Determine the horizontal component of the hydrostatic force against the quarter circle wall. Ans, in kN 18m 40 18m 18

The canal shown below runs 40 m into the paper. Assume unit weight of H20 is 9.79 kN/m^3. Determine the horizontal component of the hydrostatic force against the quarter circle wall. Ans, in kN 18m 40 18m 18

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Introduction to Engineering Design

Students are often confused with engineering and design. The term engineering design has two words with different meanings, engineering, and design. The term engineering implies applications of laws and principles of science to design and analyze physical structures and components. In civil engineering, students apply the concept of physics and chemistry to design and build structures and buildings. In engineering disciplines, the term design means determining the dimensions, loads, and associated influences on the component due to the applied loads such as stresses and deformations. The estimation of such parameters is crucial to make the component or structure foolproof.

Question

Topic: Fluid mechanics Determine: The horizontal component of the hydrostatic force against the quarter circle wall Final answer must be in: kN and decimal place is 4 Thanks!

The canal shown below runs 40 m into the paper. Assume unit weight of H20 is 9.79 kN/m^3. Determine the horizontal component
of the hydrostatic force against the quarter circle wall.
Ans, in kN
18m
40
18m
18

Branch of science that deals with the stationary and moving bodies under the influence of forces.

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