Write in full the Fault Tree Analysis of a gesture control car.
Write in full the Fault Tree Analysis of a gesture control car.
Homework Answers
Describe the difference between failure mode and effects analysis (FMEA) and fault tree analysis (FTA). Which...
Describe the difference between failure mode and effects analysis (FMEA) and fault tree analysis (FTA). Which one is more desirable? Justify your opinion. Quote one healthcare reference from your own search. Then, provide a solution to the following scenario: • A maintenance technician on the anesthesia equipment connects the oxygen supply hose to the nitrous oxide supply fitting. The patient can go into a coma. Include two references to support your opinions.
Creat a fault tree for a fire starting with fire triangle
Creat a fault tree for a fire starting with fire triangle
Fault Tree Design 1 Door Bell System BELL PUSHBUTTON CLAPPER SMITCH -BATTERY SOLENOD When the but...
Fault Tree Design 1 Door Bell System BELL PUSHBUTTON CLAPPER SMITCH -BATTERY SOLENOD When the button is pushed, the bell does not ring. Draw the Fault Tree to be used to bell does not ring. determine why the
Fault Tree Design 1 Door Bell System BELL PUSHBUTTON CLAPPER SMITCH -BATTERY SOLENOD When the button is pushed, the bell does not ring. Draw the Fault Tree to be used to bell does not ring. determine why the
Refer to the definition of Full Binary Tree from the notes. For a Full Binary Tree...
Refer to the definition of Full Binary Tree from the notes. For a Full Binary Tree T, we use n(T), h(T), i(T) and l(T) to refer to number of nodes, height, number of internal nodes (non-leaf nodes) and number of leaves respectively. Note that the height of a tree with single node is 1 (not zero). Using structural induction, prove the following: (a) For every Full Binary Tree T, n(T) greaterthanorequalto h(T). (b) For every Full Binary Tree T, i(T)...
Neat and clean with full Explanation thankz a) A remote-control car works such that it has...
Neat and clean with full Explanation thankz
a) A remote-control car works such that it has a four-way control (forward, reverse, left, right). The car has four motors for movements in four directions. Each motor turns on when the corresponding button is pressed. For instance, if the left button is pressed the left motor turns on and the car moves in the left direction. The figure below shows the movement of the car according to the pressed button. For instance,...
ܬ ܩܦܝܣܘܢ to solitate 3. For the fault tree at right find: a) Minimal cut sets...
ܬ ܩܦܝܣܘܢ to solitate 3. For the fault tree at right find: a) Minimal cut sets b) Probability of the top event (Failure of the system, Fsys) if the following probabilities apply: P(A)=P(C)=P(E)=0.01, P(B)=P(D)=0.005
Single line to ground fault analysis Example 9.4 Problem 1 A three-phase, il kV, 30 MVA alternato...
I need help in matlab codes please
Single line to ground fault analysis Example 9.4 Problem 1 A three-phase, il kV, 30 MVA alternator with grounded neutral has a direct axis subtransien pu respectively based on system base. A single line to ground fault has occurred in phase a. Determine the fault current, line to ground voltages in pu. t, negative sequence and zero sequence reactances of 0.2 pu, 0.3 pu and 0.1 Solution: Phase voltage E.0 pu From equation...
7) Recursion Write a recursive function max_tuple(a tree which takes a tree as a parameter and...
7) Recursion
Write a recursive function max_tuple(a tree which takes a tree as a
parameter and returns the max values of the right and left subtree.
You can assume that the parameter is a full binary tree (in a
pyramid shape like with more than 3 nodes. Your solution should not
have any iteration. You can use a helper function if needed. Your
code should be indented correctly.
The expected return value of max_tuple(tree) for the tree below
should be(...
The fault tree, shown below, analyses a the subsystem failures that could cause brake failure. •...
The fault tree, shown below, analyses a the subsystem failures that could cause brake failure. • The probability of each component failing to operate when required is: Brake Pads Fail: probability of failure = 0.0002 Brake Sensor Fails: probability of failure = 0.004 Brake Controller Fails: probability of failure = 0.001 Brake Actuator Fails: probability of failure = 0.002 Brake Fails Brake Pads Fail Brake Sensor Fails Brake Controller Fails Brake Actuator Fails What is the probability that the brakes...
The driver of a car slams on the brakes when he sees a tree blocking the...
The driver of a car slams on the brakes when he sees a tree blocking the road. The car slows uniformly with acceleration of −5.40 m/s2 for 4.15 s, making straight skid marks 63.3 m long, all the way to the tree. With what speed (in m/s) does the car then strike the tree? m/s (b) What If? If the car has the same initial velocity, and if the driver slams on the brakes at the same distance from the...
Describe the difference between failure mode and effects analysis (FMEA) and fault tree analysis (FTA). Which one is more desirable? Justify your opinion. Quote one healthcare reference from your own search. Then, provide a solution to the following scenario: • A maintenance technician on the anesthesia equipment connects the oxygen supply hose to the nitrous oxide supply fitting. The patient can go into a coma. Include two references to support your opinions.
Fault Tree Design 1 Door Bell System BELL PUSHBUTTON CLAPPER SMITCH -BATTERY SOLENOD When the button is pushed, the bell does not ring. Draw the Fault Tree to be used to bell does not ring. determine why the
Fault Tree Design 1 Door Bell System BELL PUSHBUTTON CLAPPER SMITCH -BATTERY SOLENOD When the button is pushed, the bell does not ring. Draw the Fault Tree to be used to bell does not ring. determine why the
Refer to the definition of Full Binary Tree from the notes. For a Full Binary Tree T, we use n(T), h(T), i(T) and l(T) to refer to number of nodes, height, number of internal nodes (non-leaf nodes) and number of leaves respectively. Note that the height of a tree with single node is 1 (not zero). Using structural induction, prove the following: (a) For every Full Binary Tree T, n(T) greaterthanorequalto h(T). (b) For every Full Binary Tree T, i(T)...
Neat and clean with full Explanation thankz
a) A remote-control car works such that it has a four-way control (forward, reverse, left, right). The car has four motors for movements in four directions. Each motor turns on when the corresponding button is pressed. For instance, if the left button is pressed the left motor turns on and the car moves in the left direction. The figure below shows the movement of the car according to the pressed button. For instance,...
ܬ ܩܦܝܣܘܢ to solitate 3. For the fault tree at right find: a) Minimal cut sets b) Probability of the top event (Failure of the system, Fsys) if the following probabilities apply: P(A)=P(C)=P(E)=0.01, P(B)=P(D)=0.005
I need help in matlab codes please
Single line to ground fault analysis Example 9.4 Problem 1 A three-phase, il kV, 30 MVA alternator with grounded neutral has a direct axis subtransien pu respectively based on system base. A single line to ground fault has occurred in phase a. Determine the fault current, line to ground voltages in pu. t, negative sequence and zero sequence reactances of 0.2 pu, 0.3 pu and 0.1 Solution: Phase voltage E.0 pu From equation...
7) Recursion
Write a recursive function max_tuple(a tree which takes a tree as a
parameter and returns the max values of the right and left subtree.
You can assume that the parameter is a full binary tree (in a
pyramid shape like with more than 3 nodes. Your solution should not
have any iteration. You can use a helper function if needed. Your
code should be indented correctly.
The expected return value of max_tuple(tree) for the tree below
should be(...
The fault tree, shown below, analyses a the subsystem failures that could cause brake failure. • The probability of each component failing to operate when required is: Brake Pads Fail: probability of failure = 0.0002 Brake Sensor Fails: probability of failure = 0.004 Brake Controller Fails: probability of failure = 0.001 Brake Actuator Fails: probability of failure = 0.002 Brake Fails Brake Pads Fail Brake Sensor Fails Brake Controller Fails Brake Actuator Fails What is the probability that the brakes...
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