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An Obnivore is a oragninsim That eats both plants and animals
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∙ 15y ago
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Is a rabbit a obnivore?
no
Is a hippo a obnivore?
A hippo can not jump because of its massive weight.
What are obnivores?
There is no such thing as an obnivore. An Omnivore is an animal that eats everything. They get the proper nutrition by eating a variety of plants and animals.
What is an obnivore?
An omnivore is a creature that eats both meat and plants for subsistence. Bears, raccoons, humans, and several animals are omnivores.
Where do organism's get energy?
From food and waterThey get their energy from the sun. The sun sends energy to the plants which transfer energy into you when you eat it or into animals when they eat it and then you get energy from the animal you eat. It is a continuous cycle.it depends if it is a carnavor or an obnivore even a herbavore a carnavore needs to hunt to get energy and remember a animal gets its energy by food any way a carnavore eats other animals so that's how it gets energy and a herbavore gets energy by eating grass and an obnivore eats meat and vegies
Is a sea star a carnivore herbivore or an omnivore?
A sea cucumber is a Herbivore.
Is a moth a primary consumer or decomposer?
no
Is a caracal herbivore carnivore obnivore?
They either hunt solitary or paired. The caracal is a fussy eater and is known to disregard internal organs of mammals and partially plucks the fur off hyraxes (fairly small, thickset, herbivorous mammals) and large prey. Caracals avoid eating hair by shearing meat neatly from the skin. However, it will eat the feathers of small birds and is tolerant of rotten meat.
Where do animals obtain their chemical potential energy?
Animals utilize the mitochondria within their cells to perform cellular respiration. Takes the glucose out of food and oxygen they breathe in to create wastes of carbon dioxide and water, but also useable energy in the form of ATP as well. Cellular Respiration starts with glycolysis which turns a glucose molecule into 2 pyruvates. Next, an intermediate step occurs involving pyruvate turning into acetyl-CoA. Next, the Krebs Cycle (aka Citric Acid Cycle) converting the acetyl-CoA to NADH, FADH2, and ATP. FInally, The electron transport chain performs oxidative phosphorylation converting all previous products into ATP. In short, animals breathe and eat to obtain their potential chemical energy.
