I Choosing the local axis for member 12 such that node 1 is i and node 2 is k, calculate the glob...
Member 12 is such from node 1 to node 2 k Choosing tne local ais for member 12 such that node 1 is i and node 2 is k, calculate the global stitness matrix for member 12 for displacements at node 2 2.0 m2.0m Flexural stiftness EI El 25 x 104 kNm2 2EI Acial stittness tor all members EA 106 KN P 175 KN S3.0 mo5 0.5 spring stiffiness 50 x 104 KNm E! 73.54 -94.85-3.6 -94.85 128.86 -4.810 3.6-4.8...
QUESTION 2 Choosing the local axis for member 12 such that node 1 is i and node 2 is k, calculate the angular difference between the local and global reference frame for member 12 in positive degrees. 2.0 m 2.0 m 2EI 0.5 3.0 m 0.S EI 45 23 80 37 QUESTION 2 Choosing the local axis for member 12 such that node 1 is i and node 2 is k, calculate the angular difference between the local and global...
Choosing the local axis for member 12 such that node 1 is i and node 2 is k, calculate the angular difference between the local and global reference frame for member 12 in positive degrees. 2.0 m 2.0m 2EI 053.0 m EI 45 37 80 23 Choosing the local axis for member 12 such that node 1 is i and node 2 is k, calculate the angular difference between the local and global reference frame for member 12 in positive...
I need solution thank you! you can use these tables and formulas. 2. The heights for 5 year boys are normally distributed with a mean height of 43 inches and a standard deviation of 5.3 inches. A sample of 60 boys is randomly selected. Find (a) (8 points) The probability that mean height of boys for the sample of 60 boys is between 41 inches and 45 inches. (b) (5 points) The height of a boy that corresponds to the...