The pressure in the outlet pipe from the reservoir is 61.3 kPa abs and h =15 m. Because of the rounded entrance to the pipe, the flow is assumed to be irrotational. Under these conditions, what is the velocity at A (Figure below)? Water h V -A O VA = 13.1 m/s O All other answers are wrong O VA = 19.35 m/s O VA = 17.16 m/s

The pressure in the outlet pipe from the reservoir is 61.3 kPa abs and h =15 m. Because of the rounded entrance to the pipe, the flow is assumed to be irrotational. Under these conditions, what is the velocity at A (Figure below)? Water h V -A O VA = 13.1 m/s O All other answers are wrong O VA = 19.35 m/s O VA = 17.16 m/s

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

1. Marites was mad at her brother so she took her brother's iphone and dropped it out the window. If the window is 8.75 m above the ground, determine the time required for the iphone to reach the ground.
Need the correct answers in this problem AS SOON AS POSSIBLE. Please provide COMPLETE SOLUTION in 3 questions. Box the final answers. Thank you, I will give upvote if you does. Load is 18kN/m
Plz answer both questions and circle each answer
2Help me answer the following question.
A particle travels along a straight line with an acceleration of a = (10 - 0.2s) m/s", where s is measured in meters. Determine the velocity in m/s if the particle when s - 10 m, if v = 5 m/s at s = 0. • Previous Next Quiz saved at 11:34am Submit Quiz
Given Question: A particles moves in a straight line with the acceleration shown in the motion curve given. Knowing that the it starts from the origin with initial velocity of -18 ft per second, plot the velocity - time and distance time curves within 0 to 20 seconds. Compute also the velocity, position and total distance traveled at t = 12 seconds. Solution: https://www.bartleby.com/questions-and-answers/a-particles-moves-in-a-straight-line-with-the-acceleration-shown-in-the-motion-curve-given.-knowing-/4ad9f123-a3ba-49c1-a4ed-173991f73faa Follow-up Question on solution: How did they get 160m, 736m, and 1488m? Thank you
3.) You are assigned to measure in seconds the arrival of 15 vehicles at a certain point. You observed the arrival of these vehicles in 2 minutes 15 seconds (135 seconds). The arrival of each vehicle in seconds is shown below: vehicle no. Arrival in seconds 1 1.96 2 4.76 3 7.05 4 40.86 44.35 47.58 7 55.64 8 57.38 63.75 10 66 11 68.71 12 73.77 13 98.87 14 125.42 15 128.56
PLS SHOW COMPLETE ANSWER. THANK YOU
1. Convert 80 kph to m/s using dimensional analysis.
The correct answers are: a. 44.452 mm b. -1.6237 mm I answered these questions, but unfortunately, my answers were wrong. However, these are the correct ones above. Please help me come up with these answers.
Which car car showed the greatest acceleration going to the right (horizontally)?
QUESTION 3 Night-time conditions prevail on a highway. A vehicle is driving at a speed of 87 mph when it notices an object located 1000 ft away. The vehicle Immediately hits the brake. Assuming a perception reaction time of 3.4 seconds (larger due to night time), calculate the distance moved by the vehicle between seeing the object and hitting the brakes. Report your answer correct to two decimal places in "feet" units. QUESTION 4 A driver with 20/15 vision can read a given sign at a distance of 24 ft from the sign. Calculate the maximum distance at which driver with 20/20 visual acuity will be able to see the same sign? (Report your answer to one digit after the decimal)