B + -tree: In this case, initially it is considered that the B + -tree is empty and the values are inserted in ascending order. It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values. The first two key values (2,3) get added to the root node.

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Answer 1

Question

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

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Create 2 charts using this data. One without using wind speed and one including max speed in mph. Write a Report and a short report explaining your visualizations and design decisions. Include the following: Lead Story: Identify the key story or insight based on your visualizations. Shaffer’s 4C Framework: Describe how you applied Shaffer’s 4C principles in the design of your charts. External Data Integration: Explain the second data and how you integrated it with the Halloween dataset. Compare the two datasets. Attach screenshots of the two charts (Bar graph or Line graph) The Shaffer 4 C’s of Data Visualization Clear - easily seen; sharply defined• who's the audience? what's the message? clarity more important than aestheticsClean - thorough; complete; unadulterated, labels, axis, gridlines, formatting, right chart type, colorchoice, etc.Concise - brief but comprehensive. not minimalist but not verboseCaptivating - to attract and hold by beauty or excellence does it capture…

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Answer 2

Question

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

Answer 6

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

Answer 7

Chapter 14, Problem 3PE

a)

Program Plan Intro

B⁺ -tree:

In this case, initially it is considered that the B⁺-tree is empty and the values are inserted in ascending order.

It is not possible to have a value less that n/2 as the non-root node and in this case the non-root node can only have 2-3 key values.

The first two key values (2,3) get added to the root node.

Answer 8

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

Answer 9

b)

Explanation of Solution

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

Answer 10

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

Answer 11

c)

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...

Answer 12

Expert Solution & Answer

Answer 13

Expert Solution & Answer

Answer 14

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Answer 15

Ch. 14 - Prob. 1PE Ch. 14 - Prob. 2PE Ch. 14 - Prob. 3PE Ch. 14 - Prob. 4PE Ch. 14 - Prob. 5PE Ch. 14 - Prob. 7PE Ch. 14 - Prob. 8PE Ch. 14 - Prob. 9PE Ch. 14 - Prob. 10PE Ch. 14 - Prob. 11PE

Explanation of Solution

Next, when key value 7 is inserted in the tree; Root node now holds key value 7, and its first pointer points to a leaf node. The inserted leaf node contains the key value 2,3, and 5. As more key values are inserted, more leaf nodes are added as per requirement...

Explanation of Solution

The first four key values (2,3,5, and 7) are simply added to the root node. Next, when key value 11 is inserted in the tree; Root node now holds the key value 11, and its first pointer points to a leaf node. The inserted leaf node contains the key values 2,3,5, and 7...

Want to see the full answer?

Chapter 14 Solutions

Next, when key value 7 is inserted in the tree;

Root node now holds key value 7, and its first pointer points to a leaf node.

The inserted leaf node contains the key value 2,3, and 5.

As more key values are inserted, more leaf nodes are added as per requirement...

The first four key values (2,3,5, and 7) are simply added to the root node.

Next, when key value 11 is inserted in the tree;

Root node now holds the key value 11, and its first pointer points to a leaf node.

The inserted leaf node contains the key values 2,3,5, and 7...