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Two systems perform identical functions. Their reliability block diagrams are shown below. If the reliability of...
1. In the following two block diagrams, all parameters A, B and K are positive real...
1. In the following two block diagrams, all parameters A, B and K are positive real numbers. X($) — A Y($) »Det »*0007 + X(s) - Y(S) i. (b) Find the transfer functions and the corresponding differential equations of both block diagrams. Analyze stability of both systems. In particular, show that system (a) is unstable and identify condition(s) under which system (b) can be stable.
A hand pushes three identical bricks as shown. System A consists of two bricks stacked together....
A hand pushes three identical bricks as shown. System A consists of two bricks stacked together. System B consists of a single brick. System C consists of all three bricks. There is friction between the bricks and the table. The bricks are moving to the left and speeding up. In the spaces provided at right, draw and label separate free-body diagrams for systems A and B. (Ignore vertical forces.) The vector representing the acceleration of system A is shown at...
BLOCK DIAGRAMS Below are sample block diagrams. Block 1 shows horizontal (flat lying) rock layers...
BLOCK DIAGRAMS Below are sample block diagrams. Block 1 shows horizontal (flat lying) rock layers; block 2 shows dipping rock layers, Block 3 is an anticline and block 4 is a syncline. Remember from the Lecture Notes that the top of a block diagram is the map view and the sides are the cross section views. A GUIDE TO BLOCK DIAGRAMS Shows What's Happening n MAP VIEW ton Top t0 Shown Whats Happening n NORTH-SOUTH direction Shows What's Haccening EAST-WEST...
Problem: 14 pointsl Given the Reliability Block Diagram below of a system with 3 different compon...
please solve only 1.2 and 1.3
dont solve 1.1
thanks
Problem: 14 pointsl Given the Reliability Block Diagram below of a system with 3 different components in series, each with a time to failure distribution and a baseline 3-year reliability, which is the current warranty period for the system Part A Weibull, shape β-2 R(3 years) 0.75 Part B Expon R(3 years) 0.70 Part C Exponential R(3 years) 0.80 1.1) Determine the system reliability at 3-year. Management wants to improve...
For each one of the two systems shown below find the average time packets spent in...
For each one of the two systems shown below find the average time packets spent in the system. Compare them and indicate which system is the best? Why?
The systems represented by these block diagrams can each be described by a differential equation of...
The systems represented by these block diagrams can each be described by a differential equation of the form IN (y(t))-aN-1dNī(w(t)).t +a2 g@) +«Яу(t)) +aoy(t) rće For each system, what is the value of N? For each system, what are the a coefficients, starting with aNand going down to N-1 ao? In system (b), what range of values of A will make the system stable? The value of A for the given system is 3. -3 -2 y(t) The value of...
1. (5 pts) Perform topological sorting on the directed graph below. Show two orderings that can...
1. (5 pts) Perform topological sorting on the directed graph below. Show two orderings that can result, such that no letter is in the same position in each ordering: e.g., D cannot be in the 3rd position in both orderings; if the algorithm does not finish, show the part of the graph that remains unprocessed (and explain why it remains unprocessed). Order 1 Order 2
Question 1: The bulbs in the circuit shown below are all identical. Treat the battery as...
Question 1: The bulbs in the circuit shown below are all identical. Treat the battery as ideal. For each pair of bulbs listed below, indicate which bulb will be brighter. If the two have the same brightness, state that explicitly. In each case, please explain your reasoning • A and C. (Which is brighter and why?) • C and D. . E and F D А B E G H F
[20 points] Two identical blocks are pushed up frictionless ramps as shown. Consider the portion of...
[20 points] Two identical blocks are pushed up frictionless ramps as shown. Consider the portion of the motion of block 1 during which it moves a distance L1, and the portion of the motion of block 2 during which it moves a distance L2. Each block is displaced the same vertical distance Z. The hand pushes parallel to the incline with the same magnitude of force Fbh in both cases. Block 1 moves with constant speed. Ramp 1 Ramp 2...
[20 points) Two identical blocks are pushed up frictionless ramps as shown. Consider the portion of...
[20 points) Two identical blocks are pushed up frictionless ramps as shown. Consider the portion of the motion of block 1 during which it moves a distance L1, and the portion of the motion of block 2 during which it moves a distance L2. Each block is displaced the same vertical distance Z. The hand pushes parallel to the incline with the same magnitude of force Fou in both cases. Block 1 moves with constant speed. Ramp 1 Ramp 2...
1. In the following two block diagrams, all parameters A, B and K are positive real numbers. X($) — A Y($) »Det »*0007 + X(s) - Y(S) i. (b) Find the transfer functions and the corresponding differential equations of both block diagrams. Analyze stability of both systems. In particular, show that system (a) is unstable and identify condition(s) under which system (b) can be stable.
A hand pushes three identical bricks as shown. System A consists of two bricks stacked together. System B consists of a single brick. System C consists of all three bricks. There is friction between the bricks and the table. The bricks are moving to the left and speeding up. In the spaces provided at right, draw and label separate free-body diagrams for systems A and B. (Ignore vertical forces.) The vector representing the acceleration of system A is shown at...
BLOCK DIAGRAMS Below are sample block diagrams. Block 1 shows horizontal (flat lying) rock layers; block 2 shows dipping rock layers, Block 3 is an anticline and block 4 is a syncline. Remember from the Lecture Notes that the top of a block diagram is the map view and the sides are the cross section views. A GUIDE TO BLOCK DIAGRAMS Shows What's Happening n MAP VIEW ton Top t0 Shown Whats Happening n NORTH-SOUTH direction Shows What's Haccening EAST-WEST...
please solve only 1.2 and 1.3
dont solve 1.1
thanks
Problem: 14 pointsl Given the Reliability Block Diagram below of a system with 3 different components in series, each with a time to failure distribution and a baseline 3-year reliability, which is the current warranty period for the system Part A Weibull, shape β-2 R(3 years) 0.75 Part B Expon R(3 years) 0.70 Part C Exponential R(3 years) 0.80 1.1) Determine the system reliability at 3-year. Management wants to improve...
For each one of the two systems shown below find the average time packets spent in the system. Compare them and indicate which system is the best? Why?
The systems represented by these block diagrams can each be described by a differential equation of the form IN (y(t))-aN-1dNī(w(t)).t +a2 g@) +«Яу(t)) +aoy(t) rće For each system, what is the value of N? For each system, what are the a coefficients, starting with aNand going down to N-1 ao? In system (b), what range of values of A will make the system stable? The value of A for the given system is 3. -3 -2 y(t) The value of...
1. (5 pts) Perform topological sorting on the directed graph below. Show two orderings that can result, such that no letter is in the same position in each ordering: e.g., D cannot be in the 3rd position in both orderings; if the algorithm does not finish, show the part of the graph that remains unprocessed (and explain why it remains unprocessed). Order 1 Order 2
Question 1: The bulbs in the circuit shown below are all identical. Treat the battery as ideal. For each pair of bulbs listed below, indicate which bulb will be brighter. If the two have the same brightness, state that explicitly. In each case, please explain your reasoning • A and C. (Which is brighter and why?) • C and D. . E and F D А B E G H F
[20 points] Two identical blocks are pushed up frictionless ramps as shown. Consider the portion of the motion of block 1 during which it moves a distance L1, and the portion of the motion of block 2 during which it moves a distance L2. Each block is displaced the same vertical distance Z. The hand pushes parallel to the incline with the same magnitude of force Fbh in both cases. Block 1 moves with constant speed. Ramp 1 Ramp 2...
[20 points) Two identical blocks are pushed up frictionless ramps as shown. Consider the portion of the motion of block 1 during which it moves a distance L1, and the portion of the motion of block 2 during which it moves a distance L2. Each block is displaced the same vertical distance Z. The hand pushes parallel to the incline with the same magnitude of force Fou in both cases. Block 1 moves with constant speed. Ramp 1 Ramp 2...
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