goggle feud | Code Ease (2024)

Answered on: Sunday 12 May, 2024 / Duration: 14 min read

Programming Language: Go , Popularity :4/10

Solution 1:

Google Feud is a game where players have to guess the top search queries based on partial phrases. Here is an example of how you can create a simple version of Google Feud in Python:

python
import random
# List of search queries
queries = ["How to tie a tie", "What is the capital of France", "Is the earth flat", "Best pizza toppings", "Why is the sky blue"]
# Function to display a partial phrase and ask the player to guess the full query
def play_google_feud():
 query = random.choice(queries)
 partial_query = query[:random.randint(1, len(query))]
 print("Guess the full query: {}".format(partial_query))
 user_guess = input("Your guess: ") if user_guess.lower() == query.lower():
 print("Correct!")
 else:
 print("Incorrect. The full query was: {}".format(query))
# Play the game
play_google_feud()

Output:


Guess the full query: Is the earth
Your guess: round
Incorrect. The full query was: Is the earth flat

In this code example, the queries list contains a few sample search queries. The play_google_feud function randomly selects a query from the list, generates a partial phrase from it, and asks the player to guess the full query. The player's guess is compared to the actual query, and the result is displayed.

Solution 2:

Google Feud is a game where two teams take turns guessing a word or phrase based on a series of Google search suggestions. The team with the most points at the end of the game wins.

To play Google Feud, you will need:

* A computer with internet access
* A web browser
* A team of two or more people

Instructions:

1. Open a web browser and go to https://www.googlefeud.com/.
2. Click on the "Play" button.
3. Choose a team name and enter it into the field.
4. Click on the "Start" button.
5. The game will begin with a blank screen. One team will be shown a word or phrase, and the other team will be shown a series of Google search suggestions.
6. The team with the word or phrase will try to guess it based on the search suggestions.
7. The team with the search suggestions will try to give hints to their teammates without saying the word or phrase directly.
8. The team with the word or phrase has 60 seconds to guess it. If they guess it correctly, they will earn a point.
9. The teams will alternate guessing words or phrases until one team reaches 10 points.

Tips:

* Try to guess the word or phrase as quickly as possible.
* Don't be afraid to ask for help from your teammates.
* Pay attention to the search suggestions and try to guess the word or phrase based on the words that are not in the suggestions.
* Have fun!

Example:

Team 1: "Dog"

Team 2:

* Dog food
* Dog toys
* Dog training
* Dog breeds
* Dog parks

Team 1: "Dog food"

Team 2: "Yes!"

Team 1: 1 point

Output:


Team 1: Dog
Team 2: Dog food
Team 1: Dog food
Team 2: Yes!
Team 1: 1 point

Solution 3:

Sure! I'm assuming that when you say "goggle feud" you're actually referring to "Googolplex" - a code golfing challenge where the goal is to write a program that outputs the digit sequence of a googolplex, which is a 1 followed by a googol number of zeros.

Here's a simple Go program that does just that:

go
package main
import (
"fmt"
"math/big"
)
func main() {
one := big.NewInt(1)
googol := big.NewInt(10)
googol.Exp(googol, big.NewInt(100), nil)
googolplex := big.NewInt(1)
googolplex.Mul(one, googol)
fmt.Println(googolplex.String())
}

When you run this program, it will output the following:


10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000

This program starts by defining a big.Int object to represent the number 1. Then, it defines another big.Int object to represent a googol, which is a 1 followed by 100 zeros. It calculates the googolplex by multiplying the number 1 by the googol number, using the Mul() method of the big.Int type.

Finally, it converts the googolplex to a string using the String() method of the big.Int type and prints it out using the fmt.Println() function.

Note that the actual number of digits in a googolplex is much larger than what can be displayed here - it has approximately 10^100 digits! However, this program is still useful for demonstrating how to use the math/big package in Go to perform arbitrary-precision arithmetic.