Adjectives For Particle
Discover the most popular adjectives for describing particle, complete with example sentences to guide your usage.
Updated on March 16, 2024
The word 'particle' often conveys images of the minuscule, almost imperceptible elements of our universe. Yet, the adjectives paired with 'particle' can greatly alter its meaning and nuance. A 'single particle' might evoke notions of isolation or uniqueness, while the 'smallest particle' touches on the bounds of detectability. Terms like 'small' and 'elementary' suggest foundational aspects, hinting at basic but crucial components of complex systems. Conversely, 'free particles' roam without attachment, embodying notions of liberation or uncontainability. The adjective 'spherical' introduces a geometric quality, emphasizing form and symmetry. These descriptors open a fascinating window into how we understand and classify the building blocks of reality. Explore the full spectrum of adjectives associated with 'particle' below to deepen your insight into these entities.
| single | The detector recorded a single particle |
| smallest | The smallest particle of an element that can exist. |
| small | The small particle floated in the air. |
| elementary | Elementary particles are the fundamental constituents of matter. |
| free | The free particle continued to move forward. |
| spherical | Researchers use light to manipulate the spherical particle suspended in the optical trap. |
| negative | |
| individual | The impact of an individual particle is limited. |
| solid | The solid particle's density is greater than that of the liquid. |
| heavy | The heavy particle penetrated the nucleus. |
| neutral | The neutral particle remained suspended in the vacuum chamber. |
| subatomic | The subatomic particle was discovered by a team of scientists. |
| least | The least particle of matter is called an atom. |
| charged | The charged particle accelerated toward the positive electrode. |
| tiny | The tiny particle floated through the air. |
| primary | The primary particle was measured in the femtometer range. |
| atomic | The atomic particle is the basic unit of matter. |
| fundamental | The fundamental particle known as the Higgs boson was discovered at the Large Hadron Collider in 2012. |
| minute | The minute particle of dust floated in the air. |
| nuclear | The energy released by a nuclear particle can be enormous. |
| magnetic | The magnetic particle was used as a catalyst in the chemical reaction. |
| infectious | The infectious particle can spread quickly through a population. |
| classical | The classical particle is a point-like object with a definite position and momentum. |
| massive | The massive particle collided with the Earth. |
| ultimate | The ultimate particle the elusive Higgs boson, was finally discovered in 2012. |
| interrogative | |
| larger | The larger particle will sink to the bottom. |
| final | |
| positive | The positive particles in the nucleus are protons. |
| brownian | The Brownian particle underwent random motion. |
| like | The team acted like particle in the championship. |
| massless | A massless particle is a particle with zero rest mass. |
| quasi | The fractional charge of a quasi particle is less than the charge of an electron. |
| incoming | The incoming particle was detected by the sensor. |
| energetic | The energetic particle traversed the magnetic field lines. |
| fine | The fine particles can easily penetrate into the gaps of the filter material. |
| relativistic | The relativistic particle moved very fast, just below the speed of light. |
| smaller | The smaller particle was able to pass through the filter. |
| isolated | The isolated particle was moving through space. |
| largest | The largest particle found was about 0.01 cm across. |
| light | The light particle traveled through the vacuum at the speed of light. |
| typical | The typical particle has a mass of about 10^-19 grams. |
| uncharged | The electron is an uncharged particle |
| hypothetical | The hypothetical particle if it exists, would have profound implications for our understanding of the universe. |
| stable | The electron is not considered a stable particle |
| emphatic | |
| slightest | The slightest particle of dust can cause a person to sneeze. |
| scattered | The scattered particles of dust danced in the sunlight |
| anti | The anti particle of the electron is the positron. |
| relative | |
| minutest | The minutest particle was suspended in the air. |
| unstable | The unstable particle decayed rapidly, releasing a burst of energy. |
| wave | |
| microscopic | The microscopic particle was barely visible under the microscope. |
| composite | A composite particle is a particle made up of two or more smaller particles. |
| verbal | |
| lightest | The lightest particle in the universe is the neutrino. |
| mature | The mature particle was finally ready to leave the nest. |
| ith | The with particle is used to indicate accompaniment or possession. |
| alpha | The alpha particle is a particle consisting of two protons and two neutrons bound together. |
| indivisible | The atom is indivisible particle of an element. |
| virtual | Physical computations have been made concerning virtual particle pairs. |
| abrasive | The abrasive particle was used to smooth the surface of the metal. |
| modal | |
| corresponding | The corresponding particle is the one that appears in the same position in the same role in the same number in both sentences. |
| shaped | The shaped particle is a small, round object. |
| fast | The fast particle accelerated in the electric field. |
| stationary | The stationary particle remained motionless in the vacuum. |
| two | |
| signal | The signal particle allows a cell to communicate with its neighbors. |
| discrete | The discrete particle emitted by the radioactive atom was detected by the Geiger counter. |
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