Answer:
The correct answer would be A. Offspring are genetically identical to the parent.
Asexual reproduction refers to the type of reproduction in which only a single parent is involved.
It does not involve the formation and fusion of gametes.
Consequently, the offspring produced contain genetic material identical to their parent cell or organism due to which offspring produced through asexual reproduction are often termed as a clone.
Different types of asexual reproduction are fission, fragmentation, budding et cetera.
Answer:
50%
Explanation:
The reason why it is 50% is because the offspring gets 50/50 from both parents
B) mitochondria>vacuole>cell membrane
C) ribosome>endoplasmic reticulum>golgi complex>cell membrane
D) lysosome>endoplasmic reticulum>golgi complex>cell membrane
the answer is a. nucleus, vacuole, and cell membrane.
biodiversity in rainforest ecosystems. Scientists
estimate the current extinction rates exceed those of
some prehistoric mass extinction is, This loss of
biodiversity also means loss of genetic diversity and
loss of ecosystems. What could be done to minimize
this loss of biodiversity?
A. Introduce new species to rainforest
ase
ecosystems.
B. Write and pass new environmental protection
laws specific to rainforest ecosystems.
C. Build barriers around rainforest ecosystems to
keep animals and plants contained.
D. Move all rainforest animals to new ecosystems
where they will be safe.
Answer:
I would say B.
Explanation:
A would only fix biodiversity temporarily, until humans come and wipe them out again. C is just kind of impossible, and containing them could also be problematic. D is also unreasonable, and some animals would not be able to thrive in new ecosystems. B would help save the environment, which would save the animals, which would help biodiversity.
To minimize the loss of biodiversity in rainforest ecosystems, it is important to implement several measures including conserving and protecting existing rainforest habitats, restoring degraded areas, and raising awareness about the importance of biodiversity conservation.
To minimize the loss of biodiversity in rainforest ecosystems, it is important to implement several measures. First, it is crucial to conserve and protect existing rainforest habitats by designating them as protected areas and wildlife reserves. This can be achieved through the establishment of new environmental protection laws specific to rainforest ecosystems. Secondly, efforts should be made to restore degraded rainforest areas by replanting native species and rehabilitating ecosystems. Finally, educating and raising awareness among local communities and the general public about the importance of biodiversity conservation and sustainable practices can go a long way in minimizing the loss of biodiversity.
#SPJ2
A There are no planes of weakness in its lattice structure
B It's not a naturally occurring substance
C It's too new to be a mineral
D It would not be hard enough
The reason why a new rock-like substance created in a laboratory would not be classified as a true mineral is because it does not meet one of the essential criteria for being considered a mineral: being a naturally occurring substance.
Minerals are formed naturally through geological processes over long periods of time. They are typically found in the Earth's crust or other natural environments. However, the substance created in a laboratory is artificially synthesized, meaning it is made by humans in a controlled setting rather than being formed naturally.
For example, if a scientist combines different chemical compounds in a lab and creates a rock-like substance, it may have similar physical properties to a mineral, such as hardness or color. However, since it was intentionally made by humans, it does not qualify as a true mineral.
Therefore, the correct answer is B: It's not a naturally occurring substance
The correct answer is option D, that is, the four electrons in its outer shell.
Carbon is a very common constituent of matter as it can combine with other elements and with itself. It can produce a huge array of compounds, varying in size from just a few atoms to thousands of atoms.
Carbon is a nonmetal in the periodic table group 14. Carbon has four valence electrons, the valence electrons refer to the electrons in the outer energy level of an atom, which takes part in chemical bonds.
A nucleus is a membrane‐bound organelle in eukaryotic cells that functions to maintain the integrity of the genetic material and, through the expression of that material, controls and regulates cellular activities.
A nucleus is a membrane‐bound organelle in eukaryotic cells that functions to maintain the integrity of the genetic material and, through the expression of that material, controls and regulates cellular activities.