English, asked by prameelakurapati99, 19 days ago

Planting Trees
In a particular field, there are trees in a single row from left to right. Each tree has
a value V. You cut trees from left to right and for each tree of value V that you cut,
you plant (V + 1) % M trees on the right most end with values ranging from 0 to
((V + 1) % M) - 1.
Initially, there was only one tree with value 2. Find the total number of trees
present after cutting K trees.
Input Specification:
input1: K, denoting the number of trees that are cut.
input2: M, denoting the modulus value.
Output Specification:
Your function should return the total number of trees in the field.
need C program for this qns​

Answers

Answered by muraligopiofficial
1

Answer:

#include <stdio.h>

int main() {

int k, m;

scanf("%d %d", &k, &m);

int num_trees = 1;

int v = 2;

for (int i = 1; i <= k; i++)

{

num_trees--;

num_trees += (v + 1) % m;

v = (v + 1) % m;

}

printf("%d\n", num_trees);

return 0;

}

Answered by Mithalesh1602398
0

Answer:

The problem statement describes a scenario where there is a field with trees arranged in a single row from left to right, each with a value V. The trees are cut from left to right, and for each tree cut, a new set of trees is planted on the rightmost end of the field. The number of trees to be planted depends on the value of the tree cut, and it is calculated as (V+1) % M, where

Explanation:

   We start by reading the input values of K and M using the scanf function.

   We initialize the num_trees variable to 1, since there is initially only one tree with value 2.

   We then use a loop to read in the values of V for each tree that is cut. For each tree, we add ((V + 1) % M) to num_trees, which represents the number of new trees that are planted on the rightmost end of the field.

   Finally, we print out the value of num_trees as the output.

The problem asks us to find the total number of trees in the field after cutting K trees. The initial condition is given that there is only one tree in the field with a value of 2.

To solve the problem, we need to keep track of the total number of trees in the field after each cut. We start with the initial condition of one tree with a value of 2. Then, for each tree cut, we calculate the number of trees to be planted using the formula ((V+1) % M), where V is the value of the tree cut and M is the modulus value. We add this number to the total number of trees in the field. We repeat this process for K cuts, and the final result is the total number of trees in the field.

In summary, we can solve the problem by following these steps:

   Initialize a variable to store the total number of trees in the field to 1 (since there is initially one tree with a value of 2).

   Read the input values of K and M.

   For each tree cut:

Note: This program assumes that the input values are valid and within the range of int data type. Error handling and input validation can be added for robustness.

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