In the following figure, the cylindrical body floats in the position shown. What is its weight in N? cylindrical body 6 cm 11 cm Water D= 12 cm 21.001 N O 6.558 N O 29.278 N O 24.258 N O 18.225 N O 26.221 N O 15.274 N O 12.204 N 3.789 N O 9.012 N O D

In the following figure, the cylindrical body floats in the position shown. What is its weight in N? cylindrical body 6 cm 11 cm Water D= 12 cm 21.001 N O 6.558 N O 29.278 N O 24.258 N O 18.225 N O 26.221 N O 15.274 N O 12.204 N 3.789 N O 9.012 N O D

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

In the frame shown below, P is equal to 208. what is the value of the Vertical direction reaction force component at C in N? (note: enter your numeric answer only. No need to enter units. Give your answer to two decimal places) and negative to the down direction. Vertical force component at C, Cy = N 3 m 2 m -2 m- A 60° B
If the position of a particle is given by s=413+7{2-8t-10, what is the acceleration at t=2s? 3
The position of a particle moving along the x-axis is given by x=t^3+3t^2 -9t-6, when t =1sec particle is 11m to the right of origin. (a) When t=2 sec, determine v and a. (b)During the time interval from t=0 to t=2sec, determine the v(ave) and v(ave )speed
Determine the force F that could keep the body in equilibrium as shown. What should be the value of F if the 30.5 N force at A is directed at 25 deg down to the left? 30.5 N 3M 30N 3m F 12 5
Q3: Four forces and a couple are applied to a frame as shown in the figure . Determine: a. The magnitude and direction of the resultant. b. The perpendicular distance from point A to the line of action of the resultant. SON Im 80 N 1.8m 1.4m 75 N E 1.2m 100 N.m 90 N 1.6m 1.6m
Calculate a) the position of the centroid b) the moment Ic, with respect to an axis passing through the centroid c) the moment I with respect to the axis designated in the figure. Answer in the image
11. The device shown is used for lifting 55-gallon drums. Determine the magnitude of the force exerted at B.
2. A beam with an inverted T-section is loaded as shown. Determine the following: a. Magnitude of the maximum bending moment and its location relative to point A. b. Rectangular moment of inertia of the beam's cross section with respect to the neutral axis. 10W GIVEN: a. 40mm 20 E 5 KM m 4a 20+0+20+ R₂ 3m BIE B 2m 성 Re
Vector O is the resultant of vector M = 9.9i + 3.8j + -3.5k and an unknown vector N. Vector O is a vector in the positive z-direction only and has twice the magnitude of vector M. What is the magnitude of vector N? Express your answers in two decimal places.
The position of a particle moving along the x-axis is given by (X(t)=3t+2t^3 ). Find the acceleration a= 3+6t^2 ( m/sec2) 12 (m/sec2) 12 t ( m/ssec2) Object's mass is 15 kg is resting on a table. An external force ( 10 N) act with angle ( 30) on this object. Find the minimum force let it moving. ( g=10m/sec2) * 5 N 150 N 8.66 N
Within few minutes
3. In the figure below, what is the moment that this force exerts about point A? F = 400N * 60 B 30 8m