Daily Commuter Crossword Clue Gas Cloud in Space Solution April 8, 2024
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Updated Apr 08, 2024
The daily commuter crossword is published every day. Solvers get a new challenge every day. That’s why Daily commuter crosswords are so popular with commuters who want some mental stimulation while on the go.
A daily commuter crossword is usually published in a newspaper, magazine, or online platform. It is designed to be completed in a short period of time, for example, during a daily public transport commute or during a coffee break.
The clues in a day commuter crossword are usually short and easy to solve. They cover a wide variety of topics, such as: General knowledge, Pop culture, Current events, Wordplay
The clues are usually shorter and less obscure than those in larger, more complicated puzzles. They are formatted for quick, easy-to-solve puzzles. Let us begin solving today’s crossword puzzle.
The clue for today as of April 8, 2024 is Gas Cloud in Space
Let us break the clue
Gas cloud: It is a large area in the universe that is mainly composed of gas and a small amount of dust.
Space: Space is the vast and seemingly endless expanse of space beyond the Earth’s atmosphere, where celestial objects like stars, planets, and moons, as well as asteroids, comets, and more reside.
We will provide you with more hints
Hints
- It is a 6 letter word that starts with N and ends with A
| N | A |
- Another word for gas cloud
- It is made up of gas and dust
Answer
The right answer is NEBULA
Explanation
A nebula (also called a supernova remnant, a new stellar formation region, or just interstellar gas) is a large gas or dust cloud in the cosmos. Most nebulae are visible to astronomers due to the light emitted by nearby stars or due to processes going on inside them.
There are many different kinds of nebulae in the universe. They come in a variety of shapes and sizes, from diffuse clouds to defined structures such as planetary nebulae and supernova remnants. A nebula plays an important role in the formation of stars, in the life cycle of stars, and even in the return of old stars to the interstellar medium.
