The Opposite(Antonym) of “levogyrate”
The antonyms of levogyrate are dextrorotatory, clockwise, and right-handed. These antonyms describe the direction of rotation or twist of a molecule or object.
Explore all Antonyms of “levogyrate”
- dextrorotatory
- clockwise
- right-handed
Definitions and Examples of dextrorotatory, clockwise, right-handed
Learn when and how to use these words with these examples!
Describing the clockwise rotation of the plane of polarized light.
Example
The molecule was dextrorotatory, meaning it rotated the plane of polarized light to the right.
In the direction that the hands of a clock move; from top to bottom in a circle.
Example
To tighten the screw, turn it clockwise.
right-handed
Describing an object or system that has a clockwise or rightward rotation or twist.
Example
The DNA molecule is right-handed, meaning its helix twists in a clockwise direction.
Key Differences: dextrorotatory vs clockwise vs right-handed
- 1Dextrorotatory is a specific term used in chemistry to describe the clockwise rotation of the plane of polarized light.
- 2Clockwise is a general term used to describe the direction of rotation, often in a circular motion.
- 3Right-handed is a more general term that describes an object or system that has a clockwise or rightward rotation or twist.
Effective Usage of dextrorotatory, clockwise, right-handed
- 1Chemistry: Use levogyrate and dextrorotatory to describe the direction of rotation of molecules.
- 2Navigation: Use clockwise to give directions for turning a knob or dial.
- 3Engineering: Use right-handed to describe the direction of twist in screws, bolts, and other mechanical parts.
Remember this!
The antonyms of levogyrate describe the direction of rotation or twist of a molecule or object. Dextrorotatory is a specific term used in chemistry, clockwise is a general term used to describe the direction of rotation, and right-handed is a more general term that describes an object or system that has a clockwise or rightward rotation or twist. These words are useful in chemistry, navigation, and engineering contexts.
