A 422 N was applied to a 273 kg block, find the normal force if the angle 0 = 66.1 degrees.FSelect one:Oa 2849.0997 NOb. 2507.1603 NOc. 2292.3148 NOd 2678.1300 N

Name: A 422 N was applied to a 273 kg block, find the normal force if the a
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: A 422 N was applied to a 273 kg block, find the normal force if the angle 0 = 66.1 degrees.FSelect one:Oa 2849.0997 NOb. 2507.1603 NOc. 2292.3148 NOd 2678.1300 N

Use the concept of resolving the force in its components.

Answered: A 422 N was applied to a 273 kg block,…

Science

Physics

A 422 N was applied to a 273 kg block, find the normal force if the angle 0 = 66.1 degrees. !! F

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 2.13CYU: Check Your Understanding Find the angle between forces F1and F3in Example 2.16.

See similar textbooks

Similar questions

From the given figure, determine the rectangular representation of the 500 N force. F = 500 N O a. F = -240 i+ 320j+ 300 k N O b. F = 240 i- 320j - 300 k N O c. F = 560i- 720 j- 20o k N O d. F = 420 i- 230j - 700 k N
A 20 FIG. P 1-12 1-12. One component of the force P in Fig. P 1-12 is 600 lb up the plane through A. The other component is perpendicular to the plane. Determine P.
1. Determine the x, y, and z components of the 900 N force shown in Figure 1. 22 900 N 65° y 20⁰ 35⁰ Figure 1 750 N 25° x
What is the x-component y X 40° of this force? 10 N A. 10 sin 40° B. 10 cos 40° C. -10 cos 40° D. 10/sin 40°
1. Complete the following if g = 9.81 and V = 10 m3 (Show your Solution) (kg' m(kg) W (N) kg \m m³ A 20 C 4. 100 E 100
Three pairs of flexible cables, spaced at 120° inter- vals, are used to stabilize a 1000-ft television tower. The tower and one pair of cables is shown in Fig. weight of the cables is 3.0 lb/ft. The horizontal component of the force exerted by each cable is 6000 lb. At anchor A, the angle between cable AC and the horizontal must be 40°. Determine The The horizontal distance d from the tower to anchor A. 400 ft B 400 ft KKKKKKKKKKI
The forces are in static equilibrium. The 140 lb force is directed along the x-axis and the 300 lb force is directed along the negative z- axis. Determine the magnitude of the unknown force, R. Z X R Ox лог 140lb A (-50, 80, 160) lb By 300 lb у
16. ao The drawing shows a rectangular piece of wood. The forces applied to corners B and D have the same magnitude of 12 N and are directed parallel to the long and short sides of the rectangle. The long side of the rectangle is twice as long as the short side. An axis of ro- tation is shown perpendicular to the plane of the rectangle at its center. A third force (not shown in the drawing) is applied to cor- ner A, directed along the short side of the rectangle (either toward B or away from B), such that the piece of wood is at equilib- rium. Find the magnitude and direction of the force applied to corner A. A D Axis Problem 16
Resolve the force F = 20i + 30j + 50k lb into two components-one perpendicular to plane ABC and the other lying in plane ABC X F A Z B 1 2 in. 5 in. 6 in. y
Á В b y a Add three forces, A, B, and C, in above figure (not in scale) with given a = 5 m, b = 6 m, c = 4 m, A 20 N, B 61.4243 N, and C 105 N, R = ( i + j+ k) N
63. To find the resultant of a concurrent force system, express each force as a Cartesian vector and add the i, j. k components of all the forces in the system. True False 64. A position vector ir ates one point in space relative to another point. True False 65. The tensile force developed in a continuous cable that passed over a frictionless pulley must have a constant magnitude throughout the cable to keep it in equilibrium. O True False 66. A cable can support only a compressive or "pulling" force. True False 67. In equilibrium, IF includes all the known and unknown forces which act on the particle. True O False
B) Determine the maximum force P that can be applied to block A without causing either block to move. Surface O 4, = 0.2 WA 100 lb B Wn= 200 Ib