(i) Deques cannot be implemented using arrays. false Justif.pdf

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(i) Deques cannot be implemented using arrays. : false Justification: We can implement dequeue using circular array. We need to maintain two pointers rear and front. Ex : 1. Create an array of any element type like int [] dequeue. 2. Create two indexes front and rear and initialize them to 0. 3. Create an element capacity.(it should be length of an array - 1). (ii) If we require all add/remove operations to run in O(1) time, we cannot use a Deque implemented with a singly linked list. False Justification : In linklist there will be two pointers head and tail. Adding an element : tail -> next = newelement; newelement -> next = NULL; tail = newelement; These all are O(1) operation. Removing an element : head = head->next; O(1) operation (iii) A Deque can be used as a stack as well as a queue. : true Justification : Using as stack : You can use dequeue as stack by removing and inserting the element at one end. Using as queue : You can use dequeue as queue by inserting the element at front and removing at rear. (iv) Assume the Deque contains n elements and n is odd. The middle element is the e lement equidistant from either end. The middle element cannot be determined in O(1) time in any implementation : false Justification : You can achieve this in O(1) operation with the help of doubly link list. You will have to maintain a mid pointer to achieve this. You can move this pointer in either direction with previos and next pointers. Solution (i) Deques cannot be implemented using arrays. : false Justification: We can implement dequeue using circular array. We need to maintain two pointers rear and front. Ex : 1. Create an array of any element type like int [] dequeue. 2. Create two indexes front and rear and initialize them to 0. 3. Create an element capacity.(it should be length of an array - 1). (ii) If we require all add/remove operations to run in O(1) time, we cannot use a Deque implemented with a singly linked list. False Justification : In linklist there will be two pointers head and tail. Adding an element : tail -> next = newelement; newelement -> next = NULL; tail = newelement; These all are O(1) operation. Removing an element : head = head->next; O(1) operation (iii) A Deque can be used as a stack as well as a queue. : true Justification : Using as stack : You can use dequeue as stack by removing and inserting the element at one end. Using as queue : You can use dequeue as queue by inserting the element at front and removing at rear. (iv) Assume the Deque contains n elements and n is odd. The middle element is the e lement equidistant from either end. The middle element cannot be determined in O(1) time in any implementation : false Justification : You can achieve this in O(1) operation with the help of doubly link list. You will have to maintain a mid pointer to achieve this. You can move this pointer in either direction with previos and next pointers..

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Justification :
You can achieve this in O(1) operation with the help of doubly link list. You will have to
maintain a mid pointer to achieve this. You can move this pointer in either direction with previos
and next pointers.
Solution
(i) Deques cannot be implemented using arrays. : false
Justification:
We can implement dequeue using circular array. We need to maintain two pointers rear and
front.
Ex :
1. Create an array of any element type like int [] dequeue.
2. Create two indexes front and rear and initialize them to 0.
3. Create an element capacity.(it should be length of an array - 1).
(ii) If we require all add/remove operations to run in O(1) time, we cannot use a Deque
implemented with a singly linked list. False
Justification :
In linklist there will be two pointers head and tail.
Adding an element :
tail -> next = newelement;
newelement -> next = NULL;
tail = newelement;
These all are O(1) operation.
Removing an element :
head = head->next; O(1) operation
(iii) A Deque can be used as a stack as well as a queue. : true
Justification :
Using as stack : You can use dequeue as stack by removing and inserting the element at
one end.
Using as queue : You can use dequeue as queue by inserting the element at front and

removing at rear.
(iv) Assume the Deque contains n elements and n is odd. The middle element is the e lement
equidistant from either end. The middle element cannot be determined in O(1) time in any
implementation : false
Justification :
You can achieve this in O(1) operation with the help of doubly link list. You will have to
maintain a mid pointer to achieve this. You can move this pointer in either direction with previos
and next pointers.

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The algorithm to reverse a linked list by rearranging the required p.pdf

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Splicing mechanism Small nuclear ribonucleic acid (snRNA): It is also known as U-RNA as it contains many uridine contents in its complex structure. This is composed of 150 nucleotides nearly to produce spliceosomes and to act along with snRNP. This snRNA has a predominant role in splicing. The roles of U1snRNA is different to that of U4snRNA and U1snRNA is mainly going to mediate splicing by binding to 5\'-splice site when snRNP (small nuclear ribonucleoprotein particles) to remove latriant introns but the U4snRNA is going to Peptidyl transferase rRNA is different in their function to U1snRNA,U4snRNA in RNP as ribozymes and these ribozymes are enzymatic RNA molecules & they are going to mediate RNA splicing. The peptidyl transferase activity is possessed by 5S and 23S rRNA of ribosomes. The role of U4snRNA is going to form a complex to form as U1/U2/U4/U5 on pre-mRNA as spliceosome to remove introns. However, U4snRNA is specifically has specific role in 3 prime end of hnRNA Solution Splicing mechanism Small nuclear ribonucleic acid (snRNA): It is also known as U-RNA as it contains many uridine contents in its complex structure. This is composed of 150 nucleotides nearly to produce spliceosomes and to act along with snRNP. This snRNA has a predominant role in splicing. The roles of U1snRNA is different to that of U4snRNA and U1snRNA is mainly going to mediate splicing by binding to 5\'-splice site when snRNP (small nuclear ribonucleoprotein particles) to remove latriant introns but the U4snRNA is going to Peptidyl transferase rRNA is different in their function to U1snRNA,U4snRNA in RNP as ribozymes and these ribozymes are enzymatic RNA molecules & they are going to mediate RNA splicing. The peptidyl transferase activity is possessed by 5S and 23S rRNA of ribosomes. The role of U4snRNA is going to form a complex to form as U1/U2/U4/U5 on pre-mRNA as spliceosome to remove introns. However, U4snRNA is specifically has specific role in 3 prime end of hnRNA.

Splicing mechanismSmall nuclear ribonucleic acid (snRNA) It is al.pdf

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since both are strong acids we can add up their individual contribut.pdf

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public int getPosition(T anObject) { int result = null; // result to return int lastIndex = length - 1; for(int index=0; index < lastIndex;index++){ if(anObject.equals(list[index])) { result = index; } } return result; } // end getPosition Solution public int getPosition(T anObject) { int result = null; // result to return int lastIndex = length - 1; for(int index=0; index < lastIndex;index++){ if(anObject.equals(list[index])) { result = index; } } return result; } // end getPosition.

public int getPosition(T anObject) { int result = null; result .pdf

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Presentation The capability of enormous information - or \"the new oil,\" as a few CIOs and industry specialists have named it - appears as perpetual as it is subtle. Huge information battles are in their early stages, with endeavors of all stripes making sense of how to utilize new, old, unstructured and outer information to make a focused procedure. Despite the fact that the standard procedures for get-together information and investigating its value are as yet coming to fruition, organizations know they have to get in the diversion. They are gathering and mining information on clients, workers, market flow, the climate, and so on, with instruments going from conventional business insight (BI) frameworks to more trial ones, for example, geospatial and constant versatile following innovations, online networking investigation and NoSQL databases. SearchCIO isn\'t remaining on the sidelines, either. Our Essential Guide on enormous information incorporates a preliminary for beginning with information social affair and investigation, true contextual investigations from the CIO and business viewpoints, tips on the best way to beat hindrances experienced by the huge information pioneers, and expectations on the following huge information boondocks and what it implies for aggressive methodology. This aide on the development of huge information is a piece of SearchCIO\'s CIO Briefings arrangement, which is intended to give IT pioneers vital administration and basic leadership guidance on opportune themes. The most effective method to Collect Big Data ? 1 year agoby Ayush1 Comment The most effective method to Collect Big Data ? : Yes we knoe you would have various inquiries in your psyche like Collection of Big Data, How organizations gather Big Data, how to gather information for quantitative research so don\'t stress, in the event that you are here to scan for these inquiries here then you are on the right website page as here we are going to give you a complete article on Collection of Big Data techniques quickly. Astounding Facts about Rise of Big Data Collectection Consistently buyers make around 11.5 million installments by utilizing Paypal Consistently, Walmart (chain of rebate retail chains) handles more than 1 million client exchanges 510 remarks, 293000 status and 136000 overhauls are posted on Facebook consistently Consistently, ~7000 tweets are made on Twitter Simply picture the measure of information created if the above details are figured for 24 hours? Whoa! That is huge. The term \'Enormous Data\' is ordinarily connected with 4V\'s to be specific, Velocity, Volume, Variety, Veracity. These 4V\'s appropriately speaks to the genuine way of Big Data. Each \"V\" has a noteworthy part to play in the presence of Big Data. On the off chance that consolidated, these 4V paints a wonderful clarification of Big Data which can be comprehended as \" Big Data as an idea alludes to high speed gathering of information in expansive volumes which radia.

PresentationThe capability of enormous information - or the new .pdf

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