5 The resultant of the three forces is the force R = -180j kN acting thoughpoint B. Determine P2.P32 m4.3.2 mAP1O -109.8O -52.7O NONE OF THE GIVEN CHOICES-49.8O 103.7

Name: 5 The resultant of the three forces is the force R = -180j kN acting t
Uploaded: 2024-03-20T06:57:57.000Z
Channel: Bartleby
Description: 5 The resultant of the three forces is the force R = -180j kN acting thoughpoint B. Determine P2.P32 m4.3.2 mAP1O -109.8O -52.7O NONE OF THE GIVEN CHOICES-49.8O 103.7

Given force R = 180j kN We have given figure thier points are ABC and we have to find the P2 value…

Answered: The resultant of the three forces is…

Science

Physics

The resultant of the three forces is the force R = -180j kN acting though point B. Determine P2. %3D P3 2 m B. 4. 3. 2 m P1 O -109.8 O -52.7 O NONE OF THE GIVEN CHOICES -49.8 O 103.7

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter6: Applications Of Newton’s Laws Of Motion

Section: Chapter Questions

Problem 55PQ

See similar textbooks

Similar questions

Two forces are applied to an object as shown. Using F = 23.N, ¢1 = 46°, F2 = 42_N, and o, = 21°m, find the net force on the object. F1 P2 F2 2. magnitude А 27.79 N D. 37.54 N В. 21.39.N 19.16.N E. 39.17.N C. F. 23.28 N /--/ 3. direction (counter-clockwise from +x axis) A. 202.2° D. 201° В. 151.4° E. 176.3° C. 163.2° F. 184.2°
6. Calculate the magnitude of the resultant of three concurrent forces: The first force is 200 Npointing 60 deg. above the positive X-axis; the second force is 60 N in the positive Ydirection and the third force is 150 n in a direction 45 deg below the positive X- axis.A. 242.13 NB. 341.13 NC. 414.13 ND. 312.13 N
Compute for the normal force. n M₂ Ⓒ = 40.3° A. m2gcos40.3 B. m2gsin49.7 C. m2gtan49.7 D. m2g m₂g T m₁ m.g
There are two forces on the 14.4 kg crate in the overhead view of the figure below, but only one is shown. For F1= 3.6 N, a= 14.4 m/s², and 0=34.3°,The second force as a magnitude is: Select one: O a. 209.41 N Ob. 120.45 N Oc. 171.30 N Od. 43852.47 N A car travels around a horizontal bend of radius 169.6 m at a constant speed. If the coefficient of the static friction between the road and car tyres is us = 3.7, What is the magnitude of car's acceleration (m/s) when stion 9 yet wered the car is negotiating the bend at the maximum allowed speed? arked out of Home PrtScn F8 F7 F6 F5 F4 F2 F3 F1 & #3 8A9 5 0 6 7 7 V 3. 2 r 3 P 1 Y!U W %24
A 3 kg ladder is leaning on a wall. If a load P=30 N is applied vertically on the ladder as shown on figure, determine the friction forces at supports A & B when the motion impends. Use u=0.23 at A and u=0.34 at B. Figure 2-4 A 2 m 4 m 3 m
what is the answer?!
a. Determine the magnitude of P and F (in N) if the y re sultant of the five forcesshown is 1000 N dire cted u 45 de grees North of East. F 830N 38 2 b. If the components of the re sultantforce are found 3 along the u-axis and a certain v-axis and it is known 35° that the component along the u-axisis 57O N at 35° 470n 37 South of East, what is the magnitude along the v- axis? 2.1 kN
Use attached phtoto
6. A 15kg-particle moves in æyz – plane experience a force of F = 12 N i – 20 N j + 10 N k. Determine the acceleration vector of the particle.
A 60 kg block is pushed by a horizontal forcecausing the block to accelerate by 1 m/s2. The block has an initial velocity of 5 m/s. Thecoefficient of friction between the block andthe horizontal floor is 0.40. Find the magnitude of the applied force.a. 245.99 N b. 254.94 Nc. 249.59 N d. 295.44 N
A 10 g bullet leaves the 0.75 m barrel of a gun with 250 m/s speed. The force exerted on the bullet is O a. 375 N O b. 416.67 N O c. 312.5 N O d. 187.5 N
16.