"Nonliving" Example Sentences
1. We studied various nonliving specimens under the microscope.
2. Nonliving objects lack the ability to self-replicate and grow.
3. The mineral samples were considered nonliving matter.
4. The coral skeleton is made of nonliving calcium carbonate.
5. The boy was fascinated by the many nonliving things he found on the beach.
6. Nonliving components of an ecosystem include air, water, and soil.
7. Nonliving entities cannot perform life processes like reproduction and metabolism.
8. Nonliving things lack the ability to evolve and adapt through natural selection.
9. The dirt was devoid of nutrients needed for living organisms, composed mostly of nonliving minerals.
10. The hiking trail was littered with nonliving items like broken branches and plastic bottles.
11. Scientists must handle nonliving samples with care to avoid contamination.
12. The scientist tested the nonliving blood sample for relevant biomarkers.
13. Plants rely on nonliving components like sunlight, water, and carbon dioxide for energy.
14. We collected nonliving trash for proper disposal after our hike.
15. Nonliving hair samples can provide DNA for genetic testing.
16. The sandy terrain was dominated by nonliving earth materials.
17. Nonliving matter cannot generate or use energy like organisms.
18. The jar contained a harmless nonliving spider specimen for educational purposes.
19. Most of the organisms they found were microbes that feed on nonliving organic debris.
20. Scientists classify nonliving things into abiotic components and inert materials.
21. Nonliving rocks weather down into soil particles over time.
22. Nonliving chemical compounds cannot self-assemble like the parts of a cell.
23. The nonliving volcanic ash altered the chemistry of the lake.
24. Scientists debate whether viruses should be classified as living or nonliving entities.
25. The nonliving marble statue had withstood the test of time.
26. Nonliving objects cannot respond to stimuli or adapt their behavior.
27. Air and water are two essential nonliving components of ecosystems.
28. The nonliving sand was sterile and free of organic matter.
29. Nonliving substances have only physical and chemical properties, not biological ones.
30. The collection included many nonliving fossils of extinct animals.
31. Nonliving particles in polluted air can harm humans and the environment.
32. The scientist tested the pH of the nonliving solution.
33. Nonliving substances must be introduced into living cells from outside.
34. The river carried along various nonliving sediments during high water.
35. Fire is a nonliving element vital for survival.
36. Nonliving artifacts provided clues to the history of human civilization.
37. The nonliving shell had been left behind after the hermit crab died.
38. The lab contained many nonliving models used for educational purposes.
39. The dormant seeds relied on nutrients from nonliving soil.
40. Humans rely on nonliving resources like minerals, fossil fuels, and freshwater.
41. The nonliving wax figure spooked some visitors to the museum.
42. The ancient nonliving pottery remains provided insights into past cultures.
43. Nonliving organisms break down and become food for living things.
44. The nonliving human skull was a replica used for education.
45. Nonliving cells must be destroyed to isolate DNA from a blood sample.
46. The nonliving stars shone brightly in the night sky.
47. The sugar crystals formed naturally from nonliving elements in nature.
48. Nonliving factors like temperature and soil moisture limit plant growth.
49. The compound contained only nonliving chemical elements.
50. Nonliving substances cannot regulate or maintain internal conditions.
51. Nonliving particles in dust and soot can cause health problems.
52. The nonliving mannequin displayed the latest fashion trends.
53. The nonliving elements combined to form a stable compound.
54. Nonliving props were used to enhance the authenticity of the theatrical performance.
55. Viruses rely on nonliving elements for structural support.
56. Nonliving inorganic elements are essential for life but insufficient on their own.
57. Scientists use nonliving models to teach complex biological concepts.
58. The nonliving clay statue depicted an ancient deity.
59. The nonliving mask startled anyone who saw it hanging on the door.
60. The youth group collected nonliving waste during their community service project.
Common Phases
1. Abiotic factors - Refers to
nonliving chemical and physical factors that affect organisms and ecosystems. Examples include sunlight, temperature, rainfall, and pH.
2.
Nonliving material - Matter that does not exhibit properties consistent with life such as metabolism, reproduction, and responsiveness. Includes things like dirt, rocks, minerals, and water.
3. Composed of
nonliving matter - Used to describe something that is made up of
nonliving materials, like a fossil is composed of
nonliving bone or shell material.
4. Interacts with
nonliving factors - Describes how organisms interface with
nonliving elements of their environment, such as how a plant interacts with sunlight, temperature and water.
5. Derived from
nonliving substances - Means obtained from or created using
nonliving chemical elements, like how oil and natural gas are derived from the remains of
nonliving organisms over geologic time.
6. Decomposed into
nonliving elements - Used to describe how organisms or once-living matter break down and are reduced to
nonliving chemical components through decay.
7. Lacks biological properties - A statement that
nonliving matter does not have the functional properties required for life, such as the ability to reproduce, grow and evolve.
8. Made up of
nonliving parts - Describes the constituents of an object, organism or system, where the components are
nonliving materials like metal, plastic or rock.
9. Free from living organisms - Refers to the state of being sterile or empty of microorganisms and macroscopic life forms, as soil may be described if it is free from living organisms.
10. Inorganic elements -
Nonliving elements in nature that are not based on carbon chemistry. Examples include gases, minerals, salts, and metals.