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Consider the set of column vectors defined by X left x in R 3 mid x_1 x_2 x_3 0 ext where x T left x_1 x_2 x_3 right T right Which of the following is TRUE left left 1 1 0 right T left 1 0 1 right T right is a basis for the subspace X left left 1 1 0 right T left 1 0 1 right T right is a linearly independent set but it does not span X and therefore is not a basis of X X is not a subspace of R 3 None of the above | Vector Space | 199 |
If V_1 and V_2 are 4 dimensional subspaces of a 6 dimensional vector space V then the smallest possible dimension of V_1 cap V_2 is _____ | Vector Space | 199 |
Consider the set of column vectors defined by X left x in R 3 mid x_1 x_2 x_3 0 ext where x T left x_1 x_2 x_3 right T right Which of the following is TRUE left left 1 1 0 right T left 1 0 1 right T right is a basis for the subspace X left left 1 1 0 right T left 1 0 1 right T right is a linearly independent set but it does not span X and therefore is not a basis of X X is not a subspace of R 3 None of the above | Vector Space | 199 |
If V_1 and V_2 are 4 dimensional subspaces of a 6 dimensional vector space V then the smallest possible dimension of V_1 cap V_2 is _____ | Vector Space | 199 |
Let u and v be two vectors in R2 whose Euclidean norms satisfy left u right 2 left v right What is the value of alpha such that w u alpha v bisects the angle between u and v 2 frac 1 2 1 frac 1 2 | Vector Space | 199 |
Consider the set of column vectors defined by X left x in R 3 mid x_1 x_2 x_3 0 ext where x T left x_1 x_2 x_3 right T right Which of the following is TRUE left left 1 1 0 right T left 1 0 1 right T right is a basis for the subspace X left left 1 1 0 right T left 1 0 1 right T right is a linearly independent set but it does not span X and therefore is not a basis of X X is not a subspace of R 3 None of the above | Vector Space | 199 |
If V_1 and V_2 are 4 dimensional subspaces of a 6 dimensional vector space V then the smallest possible dimension of V_1 cap V_2 is _____ | Vector Space | 199 |
Let u and v be two vectors in R2 whose Euclidean norms satisfy left u right 2 left v right What is the value of alpha such that w u alpha v bisects the angle between u and v 2 frac 1 2 1 frac 1 2 | Vector Space | 199 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
u201cWe lived in a culture that denied any merit to literary works considering them important only when they were handmaidens to something seemingly more urgent u2013 namely ideology This was a country where all gestures even the most private were interpreted in political terms u201d The author u2019s belief that ideology is not as important as literature is revealed by the word u2018culture u2019 u2018seemingly u2019 u2018urgent u2019 u2018political u2019 | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
u201cWe lived in a culture that denied any merit to literary works considering them important only when they were handmaidens to something seemingly more urgent u2013 namely ideology This was a country where all gestures even the most private were interpreted in political terms u201d The author u2019s belief that ideology is not as important as literature is revealed by the word u2018culture u2019 u2018seemingly u2019 u2018urgent u2019 u2018political u2019 | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
u201cWe lived in a culture that denied any merit to literary works considering them important only when they were handmaidens to something seemingly more urgent u2013 namely ideology This was a country where all gestures even the most private were interpreted in political terms u201d The author u2019s belief that ideology is not as important as literature is revealed by the word u2018culture u2019 u2018seemingly u2019 u2018urgent u2019 u2018political u2019 | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
Alexander turned his attention towards India since he had conquered Persia Which one of the statements below is logically valid and can be inferred from the above sentence Alexander would not have turned his attention towards India had he not conquered Persia Alexander was not ready to rest on his laurels and wanted to march to India Alexander was not completely in control of his army and could command it to move towards India Since Alexander s kingdom extended to Indian borders after the conquest of Persia he was keen to move further | Verbal Reasoning | 200 |
u201cWe lived in a culture that denied any merit to literary works considering them important only when they were handmaidens to something seemingly more urgent u2013 namely ideology This was a country where all gestures even the most private were interpreted in political terms u201d The author u2019s belief that ideology is not as important as literature is revealed by the word u2018culture u2019 u2018seemingly u2019 u2018urgent u2019 u2018political u2019 | Verbal Reasoning | 200 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
Let G be a simple graph with 20 vertices and 100 edges The size of the minimum vertex cover of G is 8 Then the size of the maximum independent set of G is 12 8 less than 8 more than 12 | Vertex Cover | 201 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
For the IEEE 802 11 MAC protocol for wireless communication which of the following statements is are TRUE I At least three non overlapping channels are available for transmissions II The RTS CTS mechanism is used for collision detection III Unicast frames are ACKed All I II and III I and III only II and III only II only | Wifi | 202 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
Select the pair of best expresses a relationship similar to that expressed in the pair Children Pediatrician Adult Orthopaedist Females Gynaecologist Kidney Nephrologist Skin Dermatologist | Word Pairs | 203 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
A transporter receives the same number of orders each day Currently he has some pending orders backlog to be shipped If he uses 7 trucks then at the end of the 4th day he can clear all the orders Alternatively if he uses only 3 trucks then all the orders are cleared at the end of the 10th day What is the minimum number of trucks required so that there will be no pending order at the end of 5th day A 4 B 5 C 6 D 7 | Work Time | 204 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
In the working set strategy which of the following is done by the operating system to prevent thrashing It initiates another process if there are enough extra frames It selects a process to suspend if the sum of the sizes of the working sets exceeds the total number of available frames I only II only Neither I nor II Both I and II | Working Set | 205 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |
What happens when a bit string is XORed with itself n times as shown left B oplus B oplus B oplus B dots n ext times right complements when n is even complements when n is odd divides by 2 n always remains unchanged when n is even | Xor | 206 |