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evablogger [386]
2 years ago
10

State 2 features each viruses have in common with non living things

Biology
1 answer:
dsp732 years ago
7 0

Answer:

1. Viruses are unable to respire

2. Viruses are unable to excrete

Explanation:

Both respiration and excretion are essential parts of the life processes of living organisms. Viruses, however, are unable to perform these processes and are therefore considered non-living.

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Which type of species distribution pattern might require collaboration between different countries for effective preservation
Lerok [7]

Answer:In the past, national and international development agencies have seldom relied on—or called for—basic information on biological diversity. This can no longer be the case. Many development projects include a significant natural resource component and thus require sober analysis of their environmental impacts. More broadly, international agencies and resource and planning ministries in developing countries need information about biological diversity to formulate development plans and specific projects that are both successful and sustainable.

Pertinent information on biological diversity in most developing countries is too sparse or scattered to be of practical use. Often it is unavailable altogether. A good deal of "gray" literature exists—unpublished reports, files in government archives, studies of limited distribution. The most important of these should be analyzed and made more accessible. In general, however, the required information can be gathered and disseminated only through systematic efforts to strengthen the entire research process.

Development agencies need to know which kinds of research are of greatest relevance as they assist client governments and develop the rationale to secure funding for this research. A large and growing body of literature describes conservation strategies appropriate to different species, ecosystems, and regions in developing countries. This includes journals such as Biotropica, Biological Conservation , and Conservation Biology. Recent agendas, involving a range of basic and applied research needs, can be found in Research Priorities in Conservation Biology (Soulé and Kohm, 1989); From Genes to Ecosystems: A Research Agenda For Biodiversity (Solbrig, 1991); and The Sustainable Biosphere Initiative: An Ecological Research Agenda (ESA, 1991). Subsequent chapters of this report focus on the socioeconomic and cultural aspects of biodiversity research in developing countries. This chapter provides an agenda for biological research that must be undertaken to provide a sound foundation for these human dimensions of successful conservation.

The state of knowledge of biological diversity, described in the previous chapter, suggests that the most basic research requirement is to gain a more complete sense of "what's out there." The committee that produced the 1980 National Academy of Sciences report Research Priorities in Tropical Biology recognized this fundamental need and called for a "greatly accelerated ... international effort in completing an inventory of tropical organisms" (NAS, 1980). Although these efforts have accelerated to a degree, the task has become far more urgent, complex, and challenging in the interim.

Effective conservation of biological diversity requires more than just basic knowledge of its components. We need to know as well the distribution of biological diversity and those areas where it is most concentrated. We need to know the potential benefits that organisms can offer to humanity and, at least in a general way, how they and the biotic communities they form are faring. We need to understand better the ecological dynamics of the systems in which organisms exist, the temporal and spatial patterns that govern their fate, and the best means to conserve both organisms and habitats over the long run. We need to develop methods to use biological resources without depleting them or undermining the human communities with which they coexist. Finally, we need to learn better how to restore those lands and waters that have been degraded by unwise development.

Explanation:

6 0
3 years ago
Read 2 more answers
Which of the following must be true in a dry limestone cave? Select all that apply. A. Water once entered the cave. B. The cave
Ghella [55]

Option b is correct..

Caves are formed by the dissolution of limestone. Rainwater picks up carbon dioxide from the air and as it percolates through the soil, which turns into a weak acid. This slowly dissolves out the limestone along the joints, bedding planes and fractures, some of which become enlarged enough to form caves.

7 0
3 years ago
If water is moving from inside of a red blood cell to outside of the cell into the blood plasma, the solution is
Trava [24]

Answer:

hypertonic

Explanation:

If a cell is placed in a hypertonic solution, there will be a net flow of water out of the cell, and the cell will lose volume. A solution will be hypertonic to a cell if its solute concentration is higher than that inside the cell, and the solutes cannot cross the membrane.

6 0
3 years ago
Red blood cells float in blood plasma. What kind of mixture is blood?
Alexeev081 [22]
Colloid is the mixture of red blood cells that is floting with plasma. This is in the body.
5 0
4 years ago
Read 2 more answers
An elephant and a mouse are running in full sunlight, and both overheat by the same amount above their normal body temperatures.
Liula [17]

Answer:

The mouse will because it has the higher surface-area-to-volume ratio.

Explanation:

The living organisms maintain their homeostasis by maintaining their internal constant environment as external environment changes. These organisms are known as exothermic animal.

The surface area to volume ratio in case of living organisms plays an important role. The small species has high  surface area to volume ratio as compared to the larger species. The diffusion, cooling and other process is faster in the small size species. The mouse body will get cool faster than elephant species.

Thus, the correct answer is option (3).

7 0
4 years ago
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