2,000 pounds NYT Crossword Clue Puzzle Answer from June 17, 2024
by
Updated Jun 17, 2024
2,000 pounds NYT Crossword Clue Answer
Let’s find the answers to 2,000 pounds NYT for the June 17, 2024 edition of NYT crossword puzzle. Answer Contains 6 letters. Start with O and end with N, and the possible solutions are OBTAIN,OILPAN,ONETON.
Here is the right answer to the crossword clue 2,000 pounds featured in the NYT puzzle. The correct answer to this clue is ONETON.
The answer "ONETON" refers to a unit of weight commonly used to denote 2,000 pounds. In the United States, this unit is often referred to as a "ton" (short ton), which is equivalent to 2,000 pounds or approximately 907.185 kilograms.
The term "ONETON" specifically emphasizes the weight equivalent of one ton, which is a standard unit of measurement used in various industries such as shipping, manufacturing, and agriculture. It is crucial for calculating loads, capacities, and weights of goods or materials.
In summary, "ONETON" succinctly describes the weight of 2,000 pounds, reflecting its use as a standard unit of measurement in contexts where large weights are involved, such as in logistics, trade, and construction.
Related NYT Crossword Puzzle Answers Today
Answers to each clue for the January 08, 2025 edition of NYT Crossword puzzles updated below.- CBS Late Show Hosted By Taylor Tomlinson … Or Where To Find The First Words Of The Answers To The Starred Clues
- “‘Hope’ Is The Thing With Feathers / That Perches In The ___”: Emily Dickinson
- 2023 Film In Which Michael Jordan Is Only Shown From Behind
- Theodore Roosevelt Ushered In A “Progressive” One
- With 45-down, Displays During An Online Presentation … Or A Hint To Three Pairs Of Answers In This Puzzle
- Longtime Saints Qb Whose Name Has A Windy Homophone
- Think Before Placing A Bet … Or What Solvers Must Do To Fully Appreciate Each Starred Clue
- Pharmacy Product That’s Commonly Chocolate-flavored
- Leftmost Image In The Iconic Illustration “The March Of Progress”
- Compound With The Same Number Of Atoms In A Different Arrangement