- Answer 1 And 2 Please Explain How Many Equations Needed Exactly To Solve The Model On Simulink Mathlab 1 (139.22 KiB) Viewed 31 times
Answer 1 and 2. please explain how many equations needed exactly to solve the model on simulink mathlab?
-
answerhappygod
- Site Admin
- Posts: 899604
- Joined: Mon Aug 02, 2021 8:13 am
Answer 1 and 2. please explain how many equations needed exactly to solve the model on simulink mathlab?
Answer 1 and 2. please explain how many equations needed exactly to solve the model on simulink mathlab?
JJ 3 10 and 2 1. Write a mathematical model describing the problem 2. Use MATLAB Simulink to build the block diagram for the system 26 Find a function that fits the Aniven data using MATLAB that the response the fem using MATLAB fuse the given function as define the functionalefined only in the gen interval 5.A identif Auld stanfhent add the steady staye parts of the response (if any) study/d/e/fectlet chlading the sittingss of the systậm ism Wyelide of vling the camping of the system $$ hforce fermo Hero and set alle boundary conditions to zere but the Teletion of matt yto bé ymm and show the responge 9. Wy tbefesponse of the system under unit impurse, unit step, and ramp function Hoflflop/1/ 19. Suomba copy of the MATLAB-eede you used to do the design calculations and up to six-page report with all the details Problem: 2-DOF mechanical system is shown below. The system is exposed to a base excitation u(t). ki=8 N/m; k2= 8 N/m; mi = mg + mop + k3 = 2 N/m; X2 kz c=0.2 N.s/m; Tx3 mi= 14 kg; k2 m2 m2 = 7 kg; ki X1 с u u(t) is the displacement function given by the excel file Data24 which can be downloaded from the Blackboard course page
JJ 3 10 and 2 1. Write a mathematical model describing the problem 2. Use MATLAB Simulink to build the block diagram for the system 26 Find a function that fits the Aniven data using MATLAB that the response the fem using MATLAB fuse the given function as define the functionalefined only in the gen interval 5.A identif Auld stanfhent add the steady staye parts of the response (if any) study/d/e/fectlet chlading the sittingss of the systậm ism Wyelide of vling the camping of the system $$ hforce fermo Hero and set alle boundary conditions to zere but the Teletion of matt yto bé ymm and show the responge 9. Wy tbefesponse of the system under unit impurse, unit step, and ramp function Hoflflop/1/ 19. Suomba copy of the MATLAB-eede you used to do the design calculations and up to six-page report with all the details Problem: 2-DOF mechanical system is shown below. The system is exposed to a base excitation u(t). ki=8 N/m; k2= 8 N/m; mi = mg + mop + k3 = 2 N/m; X2 kz c=0.2 N.s/m; Tx3 mi= 14 kg; k2 m2 m2 = 7 kg; ki X1 с u u(t) is the displacement function given by the excel file Data24 which can be downloaded from the Blackboard course page
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!