Answer:
Active transport: movement against a gradient To move substances against a concentration or electrochemical gradient, a cell must use energy. Active transport mechanisms do just this, expending energy (often in the form of ATP) to maintain the proper concentrations of ions and molecules in living cells.
Models show noticeable patterns, develop representations and explain scientific events.
Answer:
i'd assume yes
Explanation:
If there was a picture it would help but im going off information i know aboutweathering and ersion.
Yes, physical wearthing did create this arch because waves they carry sedoment pieaces away or off of that rock and it possible could have been frozen off. I belive the proces happen slowy just because of how (big or small which ever one) and it takes time to get an arch that big (or small) to be that shape.
I really tried my best to help you and i hope this is the answer your teacher is looking for! Good luck and please make sure to word it in your own words :)
Answer:
Competitiveness between species will increase
Explanation:
When there is less resources available to a species that means no every animal can survive so the species will have to compete for survival
Hope this helps :)
Tiana has had a long hard day at work. after a 12-hour shift of being on her feet, she just wants to soak her feet and go to bed. before sticking her legs into the tub, she touches the water with her hand to gauge the temperature. The pathway involved in transmitting the sensation of heat from her right hand to the cerebral cortex is Somato sensory pathway.
- The cerebral cortex is the outermost layer of the brain and is responsible for the higher-level process of language, memory, reasoning, and thought.
- It is mainly divided into primary, secondary, tertiary and receives the sensory inputs from the body parts.
Hence from the above points, we can conclude that the pathway involved in transmitting the sensation of heat from her right hand to the cerebral cortex is Somato sensory pathway.
Learn more about the Cerebral cortex:
brainly.com/question/27524635
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