Sequence Meaning
Sequence Definition & Usage
A set of things, events, or actions arranged in a specific order or following a particular pattern.
Examples
- "The sequence of events led to an unexpected conclusion."
- "You need to arrange these photos in chronological sequence."
- "The scientist studied the sequence of reactions in the experiment."
- "The sequence of numbers follows a strict mathematical rule."
- "Please write the sequence of steps for completing the task."
A set of numbers or objects arranged in a specific order, often defined by a rule or formula.
Examples
- "The Fibonacci sequence is a famous mathematical pattern."
- "In algebra, a sequence can be described as a list of numbers that follow a defined rule."
- "The sequence of prime numbers begins with 2, 3, 5, 7, and so on."
- "The sequence of terms in this series is increasing exponentially."
- "Understanding sequences is fundamental to solving many problems in calculus."
To arrange or order things in a particular sequence or progression.
Examples
- "You must sequence the images from the earliest to the most recent."
- "The researcher sequenced the DNA samples to uncover the genetic code."
- "Please sequence the tasks in the most logical order."
- "The software can sequence the audio clips to create a cohesive soundtrack."
- "I need to sequence the events in the story before writing the report."
Cultural Context
The concept of 'sequence' has broad usage across various domains, including science, mathematics, and even art. The word originates from the Latin 'sequens,' meaning 'following.' In daily life, people often use 'sequence' when referring to things like steps in a process, events in a timeline, or the order of tasks.
The Sequence of Discovery
Story
The Sequence of Discovery
As the sun set over the dusty horizon, Emma stared at the whiteboard in her lab, each equation and variable a key to unlocking the mystery before her. For weeks, she had been sequencing the genetic code of the rare plant species, carefully analyzing each nucleotide in order to understand its sequence. But something was off. The numbers didn’t add up. She had to sequence them again, perhaps in a new order. The timeline of her research had been like a sequence of events, each breakthrough leading to another question, another puzzle. But now, after hours of contemplation, Emma realized that it wasn't just the numbers that needed to be reordered—her entire approach had been out of sequence. With fresh eyes, Emma rearranged her methods, applying a new sequence to her observations. Piece by piece, her findings began to align, and she felt the weight of discovery settle over her. It was only when she followed the right sequence that the mystery was solved. As she walked out of the lab, the stars twinkling above her, Emma realized that not only had she discovered a new plant species, but also the importance of sequencing life itself—one step at a time.
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