What are some available options for parameter settings in the dashboard?

In a 3-ary tree, each internal node has exactly 3 children. This means that for each internal node, there are 3 outgoing edges. Therefore, the total number of edges in the tree will be 3 times the number of internal nodes.

In the given question, it is stated that the tree has 6 internal nodes. So, the total number of edges in the tree is 3 * 6 = 18.

In a tree, the number of edges is always one less than the number of nodes. Therefore, the total number of nodes in the tree is 18 + 1 = 19.

Since the leaf nodes are the nodes with no children, the number of leaf nodes in the tree will be equal to the total number of nodes minus the number of internal nodes.

Number of leaf nodes = Total number of nodes - Number of internal nodes

Number of leaf nodes = 19 - 6 = 13

Therefore, the correct answer is d) 13.

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The term that defines at what level within a package, stored values are created is d- Variable Scope.

The area of a program where a name binding is valid, or where the name can be used to refer to an entity, is known as the scope of a name binding in computer programming. The name may relate to a different object or nothing at all in other sections of the software.

A variable's scope can be defined as its duration in the program. This indicates that a variable's scope is the block of code throughout the entire program where it is declared, utilized, and modifiable.

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In Windows Firewall, there are three types of profiles that determine the network connectivity settings and firewall rules applied to different network environments.

These profiles are:

Domain Profile:

The Domain profile is applied when a computer is connected to a domain network, such as in a workplace or organizational network. It allows network administrators to define specific firewall rules and settings for computers within the domain. The Domain profile is typically the most secure profile as it assumes the computer is within a trusted network.

Private Profile:

The Private profile is applied when a computer is connected to a private network, such as a home or office network. It provides a balance between security and convenience. The Private profile allows for file and printer sharing and may have more relaxed firewall rules compared to the Domain profile. It is suitable for networks where the computer is relatively secure.

Public Profile:

The Public profile is applied when a computer is connected to a public network, such as a Wi-Fi hotspot or a public Wi-Fi network in a café or airport. The Public profile is the most restrictive profile as it prioritizes security over convenience. It blocks many incoming connections and restricts network discovery and file sharing to enhance the computer's security in potentially untrusted network environments.

By assigning the appropriate profile based on the network environment, Windows Firewall can adapt its settings to provide the desired level of security and functionality. Each profile allows users and administrators to define specific firewall rules and customize network connectivity settings according to their requirements and the level of trust associated with the network.

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The steps involved in implementing the aforementioned alterations in PowerPoint are:

For b,  To input the word "Renovate" within the brown square, one can:

In the "Illustrations" group, select the "Shapes" button. Them , Choose the rectangular shape from the options listed in the drop-down menu.

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CRC has much higher type i and type ii error rates than parity and block checking. This is b. False

Block checking is a broader term that encompasses various error detection methods, including cyclic redundancy check (CRC), checksums, and more complex techniques. It involves dividing the data into blocks and calculating a checksum or other error-detection code for each block. The receiver then checks these codes to determine if any errors have occurred.

Cyclic Redundancy Check (CRC) is a method used for error detection in data transmission. It is a more robust and reliable error-checking technique compared to parity and block checking. CRC has a low probability of both type I and type II errors, making it highly effective in detecting errors in transmitted data

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The problem is to show that the set A, which consists of pairs of regular expressions (R, S) where the language defined by R is a subset of the language defined by S, is decidable.

To prove that the set A is decidable, we need to show that there exists an algorithm or a Turing machine that can determine whether a given pair of regular expressions (R, S) belongs to A or not.

One approach to solving this problem is by utilizing the properties of regular languages. Regular languages are closed under subset operations, meaning that if L(R) is a regular language and L(S) is a regular language, then the language defined by R is a subset of the language defined by S is also a regular language. Therefore, given a pair of regular expressions (R, S), we can construct automata or use algorithms that determine whether L(R) is a subset of L(S).

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The Python class named `Pet` that includes the `__name` data attribute: class Pet:
def __init__(self, name):
self.__name = name

The `__init__()` method is used to initialize the `name` attribute of the `Pet` class. By calling this method, an instance of the class is created and the `name` parameter is passed to it.The `__name` attribute is marked as private using double underscores (`__`) to ensure that it cannot be accessed from outside the class. This is done to protect the integrity of the data and to prevent other code from accidentally changing the value of the attribute.Finally, here's an example of how to create a new instance of the `Pet` class with a name of "Max":my_pet = Pet("Max").

Python is a popular computer programming language used to create software and websites, automate processes, and analyse data. Python is a general-purpose language, which means it can be used to make many various types of programmes and isn't tailored for any particular issues. Its adaptability and beginner-friendliness have elevated it to the top of the list of programming languages in use today.

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The SQL query retrieves the employee data from the "employee" table who have exceeded their sales quota, along with all the data from the "product" table.

To obtain the desired information, we can use a JOIN operation in SQL to combine the "employee" and "product" tables. Assuming that both tables have a common column, such as "employee_id" in the "employee" table and "employee_id" in the "product" table, we can establish the relationship between them.

The query would look like this:

vbnet

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SELECT *

FROM employee

JOIN product ON employee.employee_id = product.employee_id

WHERE employee.sales > employee.salesquota

In this query, we select all columns (indicated by *) from both tables. We specify the JOIN condition using the common column "employee_id" in both tables. Additionally, we include a WHERE clause to filter only those employees who have exceeded their sales quota. By comparing the "sales" column of the employee table with the "salesquota" column, we can identify the employees who meet this condition.

Running this query will provide the required data, including the employee details and all associated data from the "product" table for those employees who have surpassed their sales quota.

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When planning a dive with a computer, you use the "plan" or "NDL scroll" mode (or other name the manufacturer uses) to determine how long you can stay at different depths and which dive profiles are the most efficient.

Dive planning is the method used to calculate the duration of a dive, the maximum depth of a dive, the decompression stops required during a dive, and the ascent rate while returning to the surface. In essence, it's a plan for a dive, outlining all aspects of it, including the dive itself, the divers, and the equipment needed for the dive.

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Here's an implementation of the InFixCalc calculator in Java that performs calculations from left to right:

java

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import java.util.Scanner;

public class InFixCalc {

   public static void main(String[] args) {

       Scanner scanner = new Scanner(System.in);

       System.out.print("Enter an expression: ");

       String input = scanner.nextLine();

       int answer = calculate(input);

       System.out.println("Answer is " + answer);

       scanner.close();

   }

   public static int calculate(String input) {

       Scanner scanner = new Scanner(input);

       int lhs = scanner.nextInt();

       while (scanner.hasNext()) {

           char operation = scanner.next().charAt(0);

           int rhs = scanner.nextInt();

           switch (operation) {

               case '+':

                   lhs += rhs;

                   break;

               case '-':

                   lhs -= rhs;

                   break;

               case '*':

                   lhs *= rhs;

                   break;

               case '/':

                   lhs /= rhs;

                   break;

           }

       }

       scanner.close();

       return lhs;

   }

}

You can uncomment the example patterns in the main method or provide your own infix expressions to calculate. This implementation assumes that all binary operations are separated by spaces.

For example, when running the program and entering the expression "1 * -3 + 6 / 3", the output will be "Answer is 2" because the calculation is performed from left to right: (1 * -3) + (6 / 3) = -3 + 2 = 2.

Note: This implementation does not handle parentheses or precedence of operators since it follows a simple left-to-right evaluation.

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It is FALSE to state that you should not credit the source of an image unless you can specifically name the image creator. This is a copy right issue.

It is important to credit the source of an image even if you cannot specifically name the image creator.

Crediting the source acknowledges the ownership and helps promote responsible and ethical image usage.

In cases where the creator's name is not known, providing attribution to the source from which you obtained the image is still recommended.

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The given logical address contains 18 bits used to represent an entry in a conventional page table. The number of entries in the conventional page table can be calculated by the formula:  Entries = 2^(Number of bits) = 2^18Therefore, there are 2^18 entries in the conventional page table. Using a calculator,2^18 = 262144.

The data structure that a computer operating system uses to hold the mapping between virtual addresses and physical addresses is called a page table. Physical addresses are utilised by the hardware, more especially the random-access memory (RAM) subsystem, whereas virtual addresses are used by the programme that is run by the accessing process. To access data in memory, virtual address translation, which uses the page table, is essential. Every process is given the idea that it is working with huge, contiguous portions of memory in operating systems that employ virtual memory. Physically, each process' memory could be split up across various regions of physical memory or it could have been relocated (paged out) to secondary storage, usually a hard drive (HDD) or solid-state drive (SSD).

The task of mapping a virtual address provided by a process to the physical address of the actual memory where that data is stored occurs when a process requests access to data stored in its memory.

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InnoCentive is the company that provides a crowdsourcing platform for corporate research and development.Crowdsourcing is a method of obtaining services, ideas, or content from a large, undefined group of people, particularly from the internet.

InnoCentive is a company that provides a crowdsourcing platform for corporate research and development. InnoCentive is the world's leading open innovation platform, with over 500,000 solvers in more than 200 countries and a range of Fortune 1000 firms, NGOs, and public organizations in its client list.

Clients use the platform to issue 'Challenges' which are essentially problems that are sent out to the global solver network, who then submit solutions. InnoCentive, founded in 2001, was the first company to commercialize open innovation, and today it is still the market leader in this field.

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Here's a step-by-step visual walkthrough for the process you described:

Open the More Filters dialog box: To do this, first navigate to the "View" tab on the Project ribbon. Then, click on the "More Filters" dropdown menu and select "New Filter".

Begin to build a new filter named Senior Management Task Filter: In the "New Filter" dialog box that appears, type "Senior Management Task Filter" into the "Name" field.

Build the first level of the filter based on Resource Name, which contains Frank Zhang: To do this, click on the "Add" button next to the "Criteria" section. In the "Criteria" dialog box, set the "Field name" to "Resource Names", the "Test" to "contains", and the "Value" to "Frank Zhang". Click "OK" to close the "Criteria" dialog box.

Using And to link the levels, add a second level of the filter based on Resource Names, which contains Judy Lew: To add a second level of criteria, click on the "Add" button again and repeat the steps from the previous step to add a criteria for "Judy Lew". Note that by default, the two criteria will be linked using an "And" operator, meaning that only tasks that meet both criteria will be displayed.

Run the filter: Once you've added both criteria, click "OK" to close the "New Filter" dialog box. Then, in the "More Filters" dropdown menu, select "Senior Management Task Filter" to apply the filter to your project schedule.

SAVE the project schedule as Remote Drone Management Filter and then CLOSE the file: To save the filtered schedule under a different name, go to the "File" tab on the Project ribbon, select "Save As", enter "Remote Drone Management Filter" as the new filename, and click "Save". Once you've saved the file, you can close it by clicking on the "X" button in the top right corner of the window.

PAUSE. LEAVE Project open to use in the next exercise_: You're done! You can now move on to the next exercise or continue working with your filtered project schedule as needed.

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ADNS failover is an important component that can be used as an adjunct to cloud failover to enhance the overall reliability and availability of an application or service.

Here are some benefits of DNS failover in conjunction with cloud failover:

Improved uptime: DNS failover allows for the automatic redirection of traffic to alternative servers or cloud instances in the event of a failure or outage. This helps to minimize downtime and ensure that the application or service remains accessible to users.

Load distribution: DNS failover can be used to distribute the load across multiple cloud instances or data centers. By intelligently balancing the traffic, it prevents overloading of any single server and ensures efficient utilization of resources.

Scalability: When combined with cloud failover, DNS failover enables seamless scaling of resources based on demand. It can automatically add or remove servers from the pool based on predefined rules, ensuring optimal performance and responsiveness.

Geographic redundancy: DNS failover can be utilized to set up geographically distributed servers or cloud regions. In the event of a failure in one region, DNS failover can redirect traffic to an alternate region, minimizing the impact on users and ensuring uninterrupted service.

Flexibility and agility: DNS failover provides the flexibility to quickly adapt to changing conditions and reconfigure the infrastructure as needed. It allows for easy addition or removal of servers or cloud instances from the failover setup, providing agility in managing the infrastructure.

Increased fault tolerance: By combining DNS failover with cloud failover, multiple layers of redundancy are established. This improves overall fault tolerance and reduces the risk of a single point of failure.

It is important to note that while DNS failover offers benefits, it should be implemented and configured properly to ensure optimal performance and reliability. Regular testing, monitoring, and fine-tuning of the failover setup are essential to maintain its effectiveness in mitigating failures and ensuring smooth operation during disruptions.

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Option B) "Wi-Fi Protected Access (WPA)" being the first security protocol for wireless networks is NOT true.

Option B) is incorrect because Wi-Fi Protected Access (WPA) was not the first security protocol for wireless networks. It was introduced as an improvement over the previous security standard called Wired Equivalent Privacy (WEP). WEP was the original security protocol for Wi-Fi networks but had significant vulnerabilities that made it relatively easy to crack. WPA was developed as a more secure alternative to address these vulnerabilities.

Option A) is true. WPA supports Temporal Key Integrity Protocol (TKIP) as the encryption algorithm, which dynamically generates encryption keys using the Rivest Cipher 4 (RC4) algorithm.

Option C) is true. WPA supports 802.1X and Extensible Authentication Protocol (EAP) authentication in enterprise environments. This allows for more robust authentication mechanisms, such as using digital certificates or username/password credentials, to validate users' identities before granting network access.

Option D) is also true. WPA supports passphrase-based authentication in Small Office/Home Office (SOHO) environments. Passphrase-based authentication involves using a pre-shared key (PSK), often in the form of a password or passphrase, to authenticate and establish a secure connection between the client device and the Wi-Fi network.

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Based on the provided MIPS fields, here is the information you requested:

Type: I-Type Instruction

Assembly Language Instruction: lw $t0, 4($at)

Binary Representation: 100011 00001 00010 0000000000000100

-The op field value 0x23 corresponds to the instruction type "lw" (load word).

-The rs field value 1 represents the source register $at.

-The rt field value 2 represents the target register $t0.

-The const field value 0x4 represents the constant offset value of 4.

Therefore, the complete instruction in assembly language would be "lw $t0, 4($at)", and its binary representation is "100011 00001 00010 0000000000000100".

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The best approach would be to follow option (a) and configure the store's network and server for VPN, and then download and install the VPN client on Kim's laptop.

This approach ensures that the store's network is properly secured, and that all connections are encrypted through the VPN tunnel. Additionally, by configuring the network and server, you can ensure that the connection is reliable and stable.

Option (b) of installing the VPN client on Kim's laptop and giving him the network password may work in some cases, but it poses security risks. If the network password falls into the wrong hands, it could compromise the entire network. Also, this approach does not ensure the reliability and stability of the connection since the network configuration is not optimized for VPN usage.

Therefore, it is always better to configure the network and server for VPN usage and then install the VPN client on the user's device to ensure a secure and reliable connection.

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The Mandatory Access Control (MAC) controls access based on comparing security labels with security clearances

Mandatory Access Control (MAC) is a technique that regulates access to information resources based on the sensitivity of the information and the clearance of personnel who need access to the information. It is a security protocol that allows the system administrator to determine who has access to information by specifying what programs and operations that user can execute on the system.

The MAC model is based on a hierarchical access control model that gives access rights to certain classes of users or subjects. These classes are established based on the attributes of the user or subject.

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Plotly visualizations can be displayed in all of the following ways:

Displayed in Jupyter notebook: Plotly visualizations can be rendered directly in a Jupyter notebook, allowing you to view and interact with the charts within the notebook environment.

Saved to HTML files: Plotly charts can be saved as standalone HTML files, which can then be opened and viewed in any web browser. This allows you to share the visualizations with others or embed them in web pages or documents.

Served as pure Python-built applications using Dash: Plotly's Dash framework allows you to build interactive web applications entirely in Python. With Dash, you can create complex data-driven applications that incorporate Plotly visualizations as part of their user interface.

Therefore, the correct answer is: None of the above

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You can find out which network adapters are installed in your system by using the Windows Device Manager utility.

The Windows Device Manager utility allows you to find out which network adapters are installed in your system. It provides a comprehensive view of the hardware devices connected to your computer, including network adapters. By accessing the Device Manager, you can easily identify the network adapters installed on your system and gather information about their properties, drivers, and status.

The Device Manager is a built-in Windows tool that provides a centralized location for managing and troubleshooting hardware devices. It allows you to view and control various aspects of your computer's hardware configuration. To access the Device Manager, you can right-click on the "Start" button, choose "Device Manager" from the menu, and then navigate to the "Network adapters" section. Here, you will find a list of the network adapters installed on your system, along with their names and additional details.

Using the Device Manager utility, you can identify network adapters, update drivers, troubleshoot issues, and manage the hardware devices connected to your computer. It is a valuable tool for maintaining and monitoring the network connectivity of your system.

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False. The given statement that "A single-key cryptosystem is more efficient in terms of key exchange as compared to public-key cryptosystems" is false.

This is because a single-key cryptosystem, also known as a symmetric-key cryptosystem, uses a single key for both encryption and decryption, which means that the same key must be exchanged between the sender and receiver.In contrast, a public-key cryptosystem, also known as an asymmetric-key cryptosystem, uses two keys: a public key for encryption and a private key for decryption. In this system, the public key can be shared freely, while the private key is kept secret. This means that there is no need to exchange keys beforehand, making public-key cryptosystems more efficient in terms of key exchange.

Therefore, the correct statement is: A single-key cryptosystem is less efficient in terms of key exchange as compared to public-key cryptosystems. The reason is that the former uses a single key while the latter uses two keys.

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To reference the cell in the eleventh column and fortieth row, you can use the following code depending on the context:

In Excel using R1C1 notation:

Copy code

R40C11

In Excel using A1 notation:

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K40

In Python using openpyxl library:

python

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cell = sheet.cell(row=40, column=11)

In Pandas DataFrame:

python

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cell_value = df.iloc[39, 10]

Note that row and column indices are 0-based in Python libraries, so the fortieth row corresponds to index 39 and the eleventh column corresponds to index 10.

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The flowchart  showing the general logic for totaling the values in an array is

int[ ] array   = {2, 5, 7, 3, 9};

int total  =0;

for (int i = 0; i< array.length; i++)   {

   total += array[i];

}

System.out.println ("Total: " +total);

int[] array = {2, 5, 7, 3, 9};

int total = 0;

for (int i = 0; i < array.length; i++) {

   total += array[i];

}

System.out.println("Total: " + total);

An array   is a data structure that stores a fixed-size collection of elements of the same   type. It provides a way to organize and access related data items using an index-based system.

This code   calculates the sum of the values in the array by iterating over each element and adding it to the total. Finally,it prints the total sum.

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We are to write a Python program to count the input length without spaces, periods, exclamation points, or commas. This can be achieved with the use of python loops and conditional statements.

We will accept input from the user and loop through each character in the input. If the character is not a space, period, exclamation mark or comma, we increment a counter variable. At the end of the loop, we print out the counter value. Here is the Python code to achieve this:

Example:Input: Listen, Mr. Jones, calm down.Output: 21#Accept input from userinput_str = input()#Initialize counter variable to zerocounter = 0#Loop through each character in input stringfor char in input_str:#If character is not space, period, exclamation mark or comma, increment countif char not in [' ', '.', ',', '!']:counter += 1#Print out countprint(counter)

Note: If a character could be anything other than a space, period, exclamation point, or comma (Ex: "r", "2", "?"), then use the following conditional statement instead:if char.isalpha() or char.isdigit():

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Setting the maxsize database configuration setting to unlimited can have several implications:

Storage Space: By setting maxsize to unlimited, there will be no enforced limit on the size of the database. This means the database can grow indefinitely and consume a large amount of storage space on the system. It is important to ensure that sufficient disk space is available to accommodate the potential growth of the database.

Performance Impact: A larger database can impact performance, especially in terms of query execution time and data retrieval. As the size of the database increases, it may take longer to perform operations such as indexing, searching, and joining tables. It is important to consider the hardware resources and database optimization techniques to maintain optimal performance.

Backup and Recovery: With an unlimited database size, backup and recovery processes can become more challenging. Backing up and restoring large databases can take more time and resources. It is important to have proper backup strategies in place, including regular backups and efficient restoration procedures.

Maintenance Operations: Certain maintenance operations, such as database optimization, index rebuilds, and data purging, may take longer to complete on larger databases. These operations might require additional resources and careful planning to minimize disruption to the application.

Scalability and Future Planning: An unlimited database size can provide flexibility and scalability for accommodating future data growth. However, it is important to regularly monitor and assess the database size and performance to ensure that the system can handle the anticipated data volume and user load.

Overall, setting the maxsize configuration setting to unlimited provides flexibility for accommodating data growth but requires careful monitoring, resource planning, and optimization to maintain performance and manage storage effectively.

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Here is a possible solution to write a function named inputStats that takes an istream& and an ostream& as parameters. The input stream represents an input file:```#include
#include
#include
#include
#include
#include
#include
#include

// function to report various statistics about a text file
void inputStats(std::istream& input, std::ostream& output) {
   std::string line;
   int lines = 0, longestLine = 0;
   std::vector tokensPerLine, longestTokenPerLine;
   
   while (std::getline(input, line)) {
       // count lines
       ++lines;
       // count tokens and longest token on each line
       std::istringstream iss(line);
       int tokens = 0, longestToken = 0;
       std::string token;
       while (iss >> token) {
           ++tokens;
           longestToken = std::max(longestToken, static_cast(token.size()));
       }
       tokensPerLine.push_back(tokens);
       longestTokenPerLine.push_back(longestToken);
       // update longest line
       longestLine = std::max(longestLine, static_cast(line.size()));
   }
   
   // print statistics
   output << "Number of lines: " << lines << std::endl;
   output << "Longest line: " << longestLine << std::endl;
   output << "Tokens per line: ";
   std::copy(tokensPerLine.begin(), tokensPerLine.end(), std::ostream_iterator(output, " "));
   output << std::endl;
   output << "Longest token per line: ";
   std::copy(longestTokenPerLine.begin(), longestTokenPerLine.end(), std::ostream_iterator(output, " "));
   output << std::endl;
}

int main() {
   std::ifstream input("input.txt");
   if (input.is_open()) {
       inputStats(input, std::cout);
       input.close();
   } else {
       std::cerr << "Error: could not open input file." << std::endl;
   }
   return 0;
}```The function takes an input stream and an output stream as arguments, reads each line from the input stream, and extracts the following statistics:- the number of lines in the file- the longest line- the number of tokens on each line- the length of the longest token on each lineIt stores these statistics in four separate vectors, which are then printed to the output stream using the std::copy algorithm.

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A suitable graph for comparing differences in bubble column heights between discrete categories would be a grouped bar chart or a grouped column chart.

A grouped bar chart/column chart allows you to compare the heights of multiple categories side by side. Each category (such as glucose, sucrose, etc.) will have its own bar or column, and the height of the bar/column represents the corresponding bubble column height for that category. By comparing the heights of the bars/columns within each category, you can easily visualize and analyze the differences in bubble column heights between the different categories.

This type of graph is effective for displaying and comparing data across multiple categories simultaneously. It provides a clear visual representation of the differences in bubble column heights and allows for easy interpretation and analysis of the data.

Please note that the choice of graph may also depend on the specific requirements and characteristics of your data. Consider factors such as the number of categories, the range of bubble column heights, and any additional information you want to convey in the graph when making your final decision.

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The capacitance of a parallel-plate capacitor can be calculated using the formula:

C = κϵ0A/d

where C is the capacitance, κ is the dielectric constant, ϵ0 is the permittivity of free space, A is the area of each plate, and d is the distance between the plates.

Assuming that all four capacitors have the same plate area A and plate separation d, the relative capacitances will depend on the dielectric properties of the materials used. The higher the dielectric constant, the higher the capacitance.

Therefore, to rank the capacitance of each capacitor from highest to lowest based on the given information, we need to know the dielectric constants of the inserted materials. Without this information, it is impossible to determine the order of the capacitances.

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The algorithm that would help set up the different scenarios based on the question requirements

Set up three scenarios: Best Case, Worst Case, and Most Likely.

Enter the corresponding values for each scenario: Units Sold, Unit Selling Price, and Employee Hourly Wage.

Create a scenario summary report using cell references for Total Production Cost and Net Profit.

Load the Solver add-in if not already loaded.

Set the objective to maximize Net Profit.

Set the Units Sold as the changing variable cell.

Use the Limitations section to set a constraint for raw materials consumed, using cell references for availability.

Set a constraint for labor hours using cell references.

Set a constraint for maximum production capability by relating Units Sold to maximum capacity per week.

Solve the problem using Solver.

Algorithm

Set up three scenarios with values for Units Sold, Unit Selling Price, and Employee Hourly Wage.

Create a scenario summary report using cell references for Total Production Cost and Net Profit.

Load Solver add-in.

Set objective as maximizing Net Profit.

Set Units Sold as changing variable cell.

Set constraint for raw materials consumed using cell references for availability.

Set constraint for labor hours using cell references.

Set constraint for maximum production capability by relating Units Sold to maximum capacity.

Solve using Solver.

Generate Answer Report and keep Solver Solution

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