Which explain correctly defines the atom envelope of a eukaryotic bio cell? see ide 6.3 (page 102) view accessible hint(s) i m sorry statement correctly defines the nuclear envelope the a eukaryotic cell? see principle 6.3 (page 102) the nuclear envelope is a solitary membrane, consist of of a phospholipid bilayer. Plasmadesmosomes in the atom envelope permit the exchange that macromolecules in between the nucleus and the cytoplasm. All of the protein of the cell space synthesized ~ above ribosomes tied on the nuclear envelope. The atom envelope is constant with the absorbent reticulum. The outer layer that the nuclear envelope is coated v laminin.

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The exactly answer is: The nuclear envelope is constant with the absorbent reticulum

The atom envelope or atom membrane is created of two phospholipid bilayers (outer and inner) that surround the cell core in the eukaryotic cell. The space between the outer and inner membrane is called the perinuclear space. The nuclear envelop has actually nuclear pores that are responsible for the transport between nucleus and cytoplasm (e.g. Carry of mRNA).


In eukariotes, the nuclear envelope is a membrane the encloses the nucleus and protects by maintaining its components inside and also other substances outside.

This membrane is continuous with the endoplasmic reticulum, connecting the room between the membranes (perinuclear space) and also the lumen of the absorbent reticulum. This connection permits the movement of different types of molecules across both membranes.

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Explanation:

Used atom fuel rods are still radioactive and they generate huge amount f amount. Therefore they room immersed really deep in water, whereby the water is continuously circulated to remove the overfill heat and keep the atom fuel rods at safe temperatures. An ext and an ext storage pools space being developed to home the increasing variety of fuel rods.


I yes, really think the the prize is (A) A atom reactor converts heat energy into nuclear combination energy.

please tell me if mine answer is wrong, am simply trying come help

Explanation:


Nuclear degeneration is spontaneous

Explanation:

Nuclear decay known together radioactivity is a spontaneous process. This indicates that the procedure will naturally occur on that own. Because that every atom nucleus, over there is a specific neutron/proton proportion which guarantee the stability of the nucleus.

Any nucleus through a neutron/proton mix different native its stability ratio will be unstable and split right into one or an ext other nuclei with the emissions of small particles of matter and energy This phenomenon wake up naturally and also this makes it spontaneous. In nuclear degeneration or radiation decays wake up naturally but nuclear fission needs to be induced.

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Nuclear decay

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A nuclear reactor converts energy from fission nuclear power into warmth energy.

Explanation:

A nuclear reactor is a machine used to manage nuclear reactions. Basically, the consist in do collide to nuclei or other subatomic particle, to develop a regulated nuclear fission, i beg your pardon released power that it"s convert in heat energy, i m sorry it"s also converted because that a last purpose prefer mechanical movements. Remember that nuclear fission refers to degeneration of an atom, its separation into particles.

So, based on these concepts, the right answer is A atom reactor converts energy from fission nuclear power into heat energy. Due to the fact that other choice are talking around nuclear fusion, i beg your pardon is not involved in a nuclear reactor.

See more: Which Characteristic Is Common To Both Unicellular And Multicellular Algae?


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