Could you please provide an accurate answer for the following question. Please only answer if you are 100% certain you can solve it correctly. I will leave feedback that matches the effort and quality of your response. Thank you.
Could you please provide an accurate answer for the following question. Please only answer if you...
Could you please provide an accurate answer for the following question. Please only answer if you are 100% certain you can solve it correctly. I will leave feedback that matches the effort and quality of your response. Thank you. This is a vibrations question. Th image below shows a bifilar pendulum. The length of the strings is given as H. The length of the rod is given as 2H. There is a mass (which is idendical to the rod mass)...
This is a vibrations question. Please only answer it if you have excellent knowledge of vibrations. I will leave feedback that matched the quality and accuracy of your answer. Thank you. This is a vibrations question. Th image below shows a bifilar pendulum. The length of the strings is given as H. The length of the rod is given as 2H. There is a mass (which is idendical to the rod mass) located in the centre of the rod as...
This is a vibrations question. Please only answer it if you have excellent knowledge of vibrations. I will leave feedback that matched the quality and accuracy of your answer. Thank you. This is a vibrations question. Th image below shows a bifilar pendulum. The length of the strings is given as H. The length of the rod is given as 2H. There is a mass (which is idendical to the rod mass) located in the centre of the rod as...
This is a vibrations question. Please only answer it if you have excellent knowledge of vibrations. I will leave feedback that matched the quality and accuracy of your answer. Thank you. This is a vibrations question. Th image below shows a bifilar pendulum. The length of the strings is given as H. The length of the rod is given as 2H. There is a mass (which is idendical to the rod mass) located in the centre of the rod as...
Could you please provide an accurate and detailed solution for the following question. Please make sure it is neat and easy to read. Please only answer if you are 100% confindent you can solve the problem. I will make sue I leave you feedback that matches the effort you put into to answering this question. Thank you Consioler the beam sechon ilusaked in me figure to the right 2. shearZ centre 120 (it) 2. 4 85 The beam has a...
Could you please provide a detailed and accurate worked solution for the following problem. Please only answer it if you are certain you can solve it accurately. I have posted this question on here before, however, the previous answer provided was not correct. I will leave feedback that matches the quality and accuracy of your answer. Thank you A quarter - circle cylinderical gate with a length of 4m is placed in the side of a reservoir contanting water as...
Could you please provide a clear and accurate worked solution for the following problem. I will leave feedback that matches the accuracy and effort of your solution. Please make any formulas used clear. Thank you. There is an object with some forces acting on it. Through its centre of gravity at (0, 0, 0) there is a force of size and direction (1, 1, 1) Through (1, 1, 1) there is a force (-1,-1, 0) Through (0, 0, 1) there...
Could you please provide a clear and accurate worked solution for the following problem. I will leave feedback that matches the accuracy and effort of your solution. Please make any formulas used clear. Thank you. There is an object with some forces acting on it. Through its centre of gravity at (0, 0, 0) there is a force of size and direction (1, 1, 1) Through (1, 1, 1) there is a force (-1,-1, 0) Through (0, 0, 1) there...
Could you please provide a detailed and accurate response for the following question. Please only answer if you are 100% sure you know how to solve it. Also, could you please calculate the x, y and z components of the resultant force. thank you
Please provide an explanation of how you got your answer so I can understand the problem. Chapter 15, Problem 092 A grandfather clock has a pendulum that consists of a thin brass disk of radius r 13.61 cm and mass 1.065 kg that is attached to a long thin rod of negligible mass. The pendulum swings freely about an axis perpendicular to the rod and through the end of the rod opposite the disk, as shown in the figure. If...