A horizontal jet, with a density of 1097 kg/m and a diameter of 14.6 cm, is deflected upwards by a 90° bend. Calculate the force needed to keep the bend in place. The inflow has a uniform velocity v₁ = (1.8; 0; 0) m/s, and ambient pressure is 1.18 bar. The flow is non-viscous, the water jet leaves with a diameter of 10.4 cm, and the mass of the bend itself may be neglected. Both in- and outflow have a circular cross-section. Give your answer in 1 decimal accuracy. L. Fr = sn_N Fy = ___ N
A horizontal jet, with a density of 1097 kg/m and a diameter of 14.6 cm, is deflected upwards by a 90° bend. Calculate the force needed to keep the bend in place. The inflow has a uniform velocity v₁ = (1.8; 0; 0) m/s, and ambient pressure is 1.18 bar. The flow is non-viscous, the water jet leaves with a diameter of 10.4 cm, and the mass of the bend itself may be neglected. Both in- and outflow have a circular cross-section. Give your answer in 1 decimal accuracy. L. Fr = sn_N Fy = ___ N
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
Related questions
Question
![A horizontal jet, with a density of 1097 kg/m and a diameter of 14.6 cm, is deflected upwards by a 90°
bend. Calculate the force needed to keep the bend in place. The inflow has a uniform velocity
v₁ = (1.8; 0; 0) m/s, and ambient pressure is 1.18 bar. The flow is non-viscous, the water jet leaves with
a diameter of 10.4 cm, and the mass of the bend itself may be neglected. Both in- and outflow have a
circular cross-section.
Give your answer in 1 decimal accuracy.
Y
L.
FI
== sn N
Fy = ___ N
-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe8afdc33-c8e2-4e62-b612-e37379ea55bd%2Fadfb0770-a319-4b8a-970f-603d219a2952%2Fv4yj90e_processed.png&w=3840&q=75)
Transcribed Image Text:A horizontal jet, with a density of 1097 kg/m and a diameter of 14.6 cm, is deflected upwards by a 90°
bend. Calculate the force needed to keep the bend in place. The inflow has a uniform velocity
v₁ = (1.8; 0; 0) m/s, and ambient pressure is 1.18 bar. The flow is non-viscous, the water jet leaves with
a diameter of 10.4 cm, and the mass of the bend itself may be neglected. Both in- and outflow have a
circular cross-section.
Give your answer in 1 decimal accuracy.
Y
L.
FI
== sn N
Fy = ___ N
-
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