What is the value of HATE when i=1, x=2, n=3, …

Mathematics Questions

What is the value of HATE when i=1, x=2, n=3, and M=4?

Short Answer

The letters in “HATE” correspond to specific values based on the number of straight lines used to form them: H=3, A=3, T=2, E=4. Thus, the final numerical pattern for “HATE” is 3, 3, 2, 4.

Step-by-Step Solution

Step 1: Understand the Given Letters and Their Corresponding Values

The letters I, X, N, and M are associated with specific numbers based on the number of distinct straight lines used to form them. Here’s how they align:

  • I: 1 line
  • X: 2 lines
  • N: 3 lines
  • M: 4 lines

Step 2: Analyze Each Letter in ‘HATE’

To find the values for the letters in ‘HATE’, we break down each letter into the individual straight lines:

  • H: 3 lines (2 vertical + 1 horizontal)
  • A: 3 lines (2 diagonal + 1 horizontal)
  • T: 2 lines (1 vertical + 1 horizontal)
  • E: 4 lines (3 horizontal + 1 vertical)

Step 3: Compile the Values into a Final Pattern

After determining the number of lines for each letter in ‘HATE’, we summarize the results into a numerical pattern. The final output for ‘HATE’ becomes:

  • H: 3
  • A: 3
  • T: 2
  • E: 4

Thus, the complete pattern is: 3, 3, 2, 4.

Related Concepts

Letters

The individual characters of the alphabet that can be associated with specific values based on characteristics like the number of lines used to form them

Straight Lines

The linear segments that make up the shapes of letters, which can be counted to determine their associated values

Numerical Pattern

A sequence of numbers derived from the values assigned to letters, used to represent those letters in a summarized form.

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