N5 a A 4-kg sphere is connected to wire ACB through a ring C. The sphere revolves at aconstant speed in the horizontal circle shown with radius of 2.4 meters. Note: alpha=35 degrees and beta = 45 degrees. Determine:[Select][ Select]V[Select]vsummation of forces along:[Select]VV(a) the tension in the cable(b) to obtain the velocity of the sphere, we should take the(c) the velocity of the sphere:(d) the angular velocity of the sphere:

The given data is shown below: Mass of sphere=4kgRadius=2.4mα=35°β=45°

A 4-kg sphere is connected to wire ACB through a ring C. The sphere revolves at a constant speed in the horizontal circle shown with radius of 2.4 meters. Note: alpha= 35 degrees and beta = 45 degrees. Determine: [ Select] [Select] V [Select] summation of forces along: [Select] V (b) to obtain the velocity of the sphere, we should take the (a) the tension in the cable V (c) the velocity of the sphere: (d) the angular velocity of the sphere:

A 4-kg sphere is connected to wire ACB through a ring C. The sphere revolves at a constant speed in the horizontal circle shown with radius of 2.4 meters. Note: alpha= 35 degrees and beta = 45 degrees. Determine: [ Select] [Select] V [Select] summation of forces along: [Select] V (b) to obtain the velocity of the sphere, we should take the (a) the tension in the cable V (c) the velocity of the sphere: (d) the angular velocity of the sphere:

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

Determine the coordinates of the centroid of the shaded area. 3" 6"- 2" H
fe p5 a b and c
Draw the cross sections and compute V. Two level sections of 40-m stations with center heights of 2.04 and 2.53 m. in cut, base width 15 m, side slopes 3:1. V₁ = A₁ + A₂ XL(m³) Vp L(A₁ + 4Am + A₂) 6 x 27 (yd³) Cp L 12 x 27 7(C₂₁ - 0₂) (W₁ w₂) (yd³)
do all 4 parts please and fast please
Curve, highway.
The parabola y =– x² + x + 1 opens A. upward B. down ward C. to the right O D. to the left
Please help me in 6. Thank you!!!
Find the Q1, Q2 and Q3
1.16 A fluid is pumped into the network shown in Fig. P1.16. If Q₂ = 0.7, Q3=0.5, Q7 = 0.1, and Qg = 0.3 m³/s, determine the other flows.
The vertical curves are usually _________ in shape circular spiral cubical none of the given choices
Q4 only
The angle at the center subtended by an arc of 20M (metric system) degree of central angle degree of tangents degree of curvature O degree of radius