5.34 The thrust developed to propel the jet ski shown in Video V9.12 and Fig. P5.34 is a result of water pumped through the vehicle and exiting as a high-speed water jet. For the conditions shown in the figure, what flowrate is needed to produce a 300-lb thrust? Assume the inlet and outlet jets of water are free jets. A CRAFT 3.5-in-diameter outlet jet -25-in inlet area

5.34 The thrust developed to propel the jet ski shown in Video V9.12 and Fig. P5.34 is a result of water pumped through the vehicle and exiting as a high-speed water jet. For the conditions shown in the figure, what flowrate is needed to produce a 300-lb thrust? Assume the inlet and outlet jets of water are free jets. A CRAFT 3.5-in-diameter outlet jet -25-in inlet area

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

Problem 4 The beam is subjected to the two concentrated loads as shown. Assuming the foundation exerts a linearly varying load distribution on its bottom, determine the load intensities w1 and w2 for equilibrium. w1 (40+E)KN (20+C)KN 1m 1m 1m w2
The rollers attached to rod AB can slide freely along the horizontal floor and the vertical plane. At the instant shown, end A has a downward velocity of 2.5 ft/s. Determine (a) the angular velocity of the rod and (b) the velocity of end B of the rod. A В 12 in 20 in 16 in
Q-9 A horizontal jet of water with its cross section area 0.0028 m2 hits a fixed vertical plate with a velocity of 5 m/s. After impact the jet split symmetrically in a plane parallel to the plane of the plate. The force of impact (in N) of the jet on the plate is-
30 k 2 k/ft 3 k/ft 60 k–ft B - 10 ft - -20 ft- 10 ft 3. The vertical reaction at B is a. 33.67k b. 61. 33k c. 93.50k d. 27.66k 4. The vertical reaction at A is a. 33.67k T b. 61. 33k c. 93.50k d. 27.66k
Problem 1. A compound beam shown in the figure is fixed at point A, connection at B is a pin and C is a roller. ски/т 8KN.m B 6m 4.5m 3. Calculate the reaction at C a. 7.3kN O b. 4.78kN c. 1.78kN d. 10.56kN
The beam is having a fixed support in one end, and 2 roller support 3m and 7m from the fixed support, respectively. Solve the following: 50kN 25kN/m 3m 2m 2m i.What is the reaction at B? a. 43.50kN c. 76.19kN b. 32.69kN d. 66.23kN ii.What is the reaction at C? c. 17.31kN d. 16.12kN a. 14.77KN b. 18.22kN iii.What is the moment reaction at A? a. 12.75kN-m c. 15.12kN-m b. 23.12kN-m d. 8.44kN-m
Find the magnitude of the reaction at point C. Se figure below. 20K ax 8' F -Cx 18' cy dy A 18.18 kips B 18.29 kips c) 85.11 kips D) 25.91 kips E) 29.18 kips F) 66.29 kips G 26.66 kips H) 11.85 kips
5.89 • Block A in Fig. P5.89 has mass 4.00 kg, and block B has mass 12.0 kg. The coefficient of kinetic friction between block B and the horizontal surface is 0.25. (a) What is the mass of block C if block B is moving to the right and speeding up with an accelera- tion of 2.00 m/s2? (b) What is the tension in each cord when block B has this acceleration? Figure P5.89 B A
Determine the reaction experience at pin D along y -axis because of that applied force (P). Reaction experience at pin D along y -axis (Dy) = KN. A В 28.83 O 18.56 O 22.75 O 26.23 200 mm O 24.14 - 240 mm- O 20.48 O 32.18 D O 25.98 60° 30 kN
I. For the frame shown (AN 15), the force F acting upward at C causes a horizontal reaction of 100 kN at C. Which of the following most nearly gives 1) The value of the force F in kN, 2) gives the reaction at A in kN, 3) the angle in degrees that the reaction at A makes with the horizontal axis (positive counterclockwise). 5 m Figure AN-15
A 3-ft-diameter vertical cylindrical tank open to the atmosphere contains 1-ft-high water. The tank is now rotated about the centerline, and the water level drops at the center while it rises at the edges. Determine the angular velocity at which the bottom of the tank will first be exposed. Also determine the maximum water height at this moment.
1410. in what distance will block A of fig. P-1409 attain a velocity of 12 ft per sec, starting from rest