I need the complete solution here and answer in 4 decimal places. Also i need the illustration and givens. Thank you! 11.52 ... A claw hammer is Figure P11.52used to pull a nail out of a board(Fig. P11.52). The nail is at anangle of 60° to the board, and aforce F of magnitude 400 Napplied to the nail is required topull it from the board. The ham-mer head contacts the board at0.300 mpoint A, which is 0.080 m fromwhere the nail enters the board.A horizontal force F, is appliedto the hammer handle at a dis--60°tance of 0.300 m above theboard. What magnitude of forceF2 is required to apply therequired 400-N force (F1) tothe nail? (You can ignore theAK0.080 mweight of the hammer.)

Here, magnitude of F1 = 400 N. Angle of the nail with the board = 60 degrees. It is given that the…

11.52 ..* A claw hammer is Figure P11.52 used to pull a nail out of a board (Fig. P11.52). The nail is at an angle of 60° to the board, and a force F of magnitude 400 N applied to the nail is required to pull it from the board. The ham- F mer head contacts the board at 0.300 m point A, which is 0.080 m from where the nail enters the board. A horizontal force F, is applied to the hammer handle at a dis- -60° tance of 0.300 m above the board. What magnitude of force F, is required to apply the required 400-N force (F) to the nail? (You can ignore the weight of the hammer.) 0.080 m

11.52 ..* A claw hammer is Figure P11.52 used to pull a nail out of a board (Fig. P11.52). The nail is at an angle of 60° to the board, and a force F of magnitude 400 N applied to the nail is required to pull it from the board. The ham- F mer head contacts the board at 0.300 m point A, which is 0.080 m from where the nail enters the board. A horizontal force F, is applied to the hammer handle at a dis- -60° tance of 0.300 m above the board. What magnitude of force F, is required to apply the required 400-N force (F) to the nail? (You can ignore the weight of the hammer.) 0.080 m

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter14: Static Equilibrium, Elasticity, And Fracture

Section: Chapter Questions

Problem 41PQ: In Example 14.3, we found that one of the steel cables supporting an airplane at the Udvar-Hazy...

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