Sentence examples for less occupied from inspiring English sources
The phrase "less occupied" is grammatically correct and can be used in written English
It is typically used to describe something or someone who is not as busy as they could be, or not as busy as they usually are. This phrase can be used in a variety of contexts, including discussing workloads, schedules, or activities. Example: "I had hoped to finish my work earlier, but I ended up getting less occupied with other tasks throughout the day."
They cruised between rows of yachts, then on to less occupied docks, before turning into one and shutting everything off.
Mourinho must have been startled that Mignolet was less occupied in the first 45 minutes but Chelsea did eventually start to play with the greater control and dominated long periods of the second half.
But these days, its 1,300 inhabitants are less occupied with scratching coal from the earth than with combating government security forces as part of a struggle over the future of Spain's economy.
"The bad economy leads to social processes that are then more directly related to crime," she said, citing "less services for youth and young people who are less occupied and don't have the guardianship they need" or cuts in education "that can lead to crime".
Plasticity moves the ZOIs into less occupied areas, tending to a more regular pattern, See also Figure 1.
Urban-X estimates traffic load of existing users outside the mesh in each channel and utilizes less occupied channels opportunistically.
It inspires us that the behavior of primary systems, in which the channel is less often occupied, can be easier to be monitored by secondary systems only through STs.
Hence, the orbit may represent another, albeit less often occupied niche attracting disseminated ILBC cells with local estrogens.
UWB refers to a radio communication technique based on transmitting very short duration pulses, typically of nanoseconds or less, whereby the occupied bandwidth is very large.
Simple models based on band-orbital mixing can explain trends found for the interaction of these catalytic materials with adsorbates: the less stable the occupied levels of a mixed-metal oxide, the higher its chemical reactivity.
Evolutionary lagload means the genealogical system is incapable of being distributed at maximum density in all places at all times, so there will always be unoccupied or less-than-maximally occupied fitness space.
