It is true that Fasciola hepatica can be found in the human liver.
<u>Explanation:</u>
Fasciola hepatica which is also commonly known as the common liver fluke or sheep liver fluke which is a ''parasitic trematode''. It infects the liver of of various mammals, even including humans.
A liver fluke is a common parasitic worm which travel from your intestines to your bile ducts in the liver where they then live and grow. This normally happens after consuming contaminated raw or uncooked fresh water fish or a watercress.
Describing the colors that you used to paint your bedroom <span>is an example of spatial thinking
</span><span>Geography is a self-professed spatial science.The geographic metaphor, however, is but one of many that incorporates spatial thinking into the rubric of a knowledge base.Because of their essential interest in human-environment relations, geographers have "spatializes" non-spatial data they extract from the real world.In addition to regarding the earth and the people on it as their eminent domain, this allows them to reason spatially about phenomena by representing it in spatial formats, particularly by representing phenomena on maps.But they also spatialize by representing data in graphic formats.For example, they draw population pyramids of the non-spatial demographic data on age structure;
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<span>A point of intersection of three or more edges is a vertex. A polyhedron with two faces (bases) that are congruent and parallel polygons and whose other faces (lateral faces) are parallelograms formed by segments (lateral edges) connecting the corresponding vertices of the bases.</span>
Answer:
Iron cannot release energy either by fission or fusion.
Explanation:
When a high-mass star runs out of hydrogen inside its core, it starts burning helium, and then heavier elements until it reaches iron.
Nuclear fusion of iron cannot occur, because the amount of energy required for the fusion of two nuclei of iron is larger than the energy released.
Therefore, when all the lighter elements lighter than iron have already fuse together, the star cannot burn any other element, so the nuclear fusion inside the core stops and the star collapses on itself, producing a huge explosion known as supernova.
