Sweating and panting are examples of which characteristic of life?a. responding to the environment
b. using energy
c. reproducing
d. growing and developing

Answers

Answer 1

Answer:

The correct answer is option a. responding to the environment.

The sweating is the release of sweat from the sweat glands. The sweating releases the water molecules on the skin surface as a result of increased body temperature due to changes in atmospheric temperature. The water molecule from the skin evaporates causing a decrease in body temperature.

The panting increase in the heat loss by respiration, hence, it is also a respond to the increased atmospheric temperature. So, both the conditions are associated with the temperature increase outside the body, here change in temperature act as stimuli and body react according to change.

Answer 2

Answer:

A: responding to the environment

Related Questions

Which of the following best explains how a hurricane can increase an area’s susceptibility to future storms?a. Storm surges cause massive damage to buildings along coastlines. b. Hurricanes often flood coastal communities. c. Hurricane strength winds cause large amounts of property damage. d. Erosion caused by hurricanes can leave coasts more exposed to storms
Protists use all of the following methods to obtain energy except A. photosynthesis/ B. ingesting food/ C. converting atmospheric nitrogen/ D. absorbing food.
Match each feature you created by erosion to the correct description. (Edugenity)
How many unique zygotes can a couple make?
How can plant crops be modified so that they do not need to be sprayed with pesticides that are also harmful to humans like normal crops are?A. They can be given human DNA so that the pests will not want to eat them. B. They can be given bacterial DNA to produce a toxin that only works on bugs and other pests. C. They can be given DNA to allow them to resist harsh conditions. D. They cannot be modified to be better than organic crops.

All living things break down _________ to make energy. carbon dioxide fuel light water

Answers

water (-----------------)

Water.

All living organisms use some water. Some organisms more than others though.

Which is an interconnection of food chains in an ecosystem?A) food web
B) trophic chain
C) energy web
D) producer web

Answers

An interconnection of food chains in an ecosystem is the food web. It is the natural interconnection of food chains and a graphical portrayal of what-eats-what in a biological group. Another name for sustenance web is a buyer asset framework. The food web is also called as consumer-resource system.

The answer to this question is A) Food Web

scientists have used mtDNA as a molecular clock to trace human evolution and early migration routes explain why mtDNA would be more useful in this research than rRNA

Answers

An unknown mtDNA sample sample is matched to a sample of mtDNA that was found at the crime scene. This is how mitochondrial DNA (mtDNA) typing is used in forensic science.

Unlike nuclear DNA typing, mtDNA isolation is quite easy because its number is quite large. mtDNA copies rang from 100 to 10,000 per cell. It is also more stable and stronger than the nuclear DNA; that is why even unsolved cases from years ago use mtDNA typing as reference for possible conclusion.

How long does it take for a forest to go from barren rock to mature forest?8 years
hundreds of years
8 months
8 weeks

Answers

Hundreds of years. This process is called succession.

Lake Èrie, U.S., is the shallowest of the Great Lakes. The shallowness allows enhanced algae and plant growth. This algae and plant growth is O a biotic factor that keeps salinity at the right levels O a biotic factor that impacts food chains and trophic levels an abiotic factor that helps keep species in check O an abiotic factor that keeps waters fairly warm

Answers

Answer: A biotic factor that impacts food chains and trophic levels

Explanation: Algae is at the bottom of the food chain, but provides all the energy for each organism in the ecosystem through photosynthesis

which of the constituents found in eukaryotic cells are correctly ranked from largest to smallest? cell nucleus > mitochondrion > protein > ribosome > amino acid > water molecule > proton proton > amino acid > protein > ribosome > mitochondrion > cell nucleus > water molecule proton > water molecule > amino acid > protein > ribosome > mitochondrion > cell nucleus cell nucleus > mitochondrion > water molecule > ribosome > protein > amino acid > proton cell nucleus > mitochondrion > ribosome > protein > amino acid > water molecule > proton