Answer:
A. Species have changed over time
Explanation:
B. the water is the salute.
b. have cartilage skeletons
c. reproduce by internal fertilization
Answer: b. have cartilage skeletons
Cyclostomata is a group of Agnatha class. It comprises of jawless fish species like lampreys and hagfishes. They have jawless mouth, epidermal structure that function as teeth. The name Cyclostomata suggests round mouth. The fertilization and development in these fishes is external to the body and the offspring do not get the parental care. These animals are cold blooded and exhibit a cartilaginous skeleton. They have two chamber heart. They feed on other fishes and mammals.
b. epithelial tissue
c. muscle tissue
d. nervous tissue
Answer:
True
Explanation:
Sensory neurons are the neurons present in the nerves which can convert the external stimuli into an electrical signal and can transmit the signals from the organs to the central nervous system.
The structure of sensory neuron in pseudounipolar that is at one end it has dendrites and another end transmits the signals to the CNS.The cell bodies (nucleus) of these sensory neurons are located in the structures called ganglia located outside the CNS.
Thus, True is the correct answer.
American artists should follow the styles of European artists.
Women should have the right to vote.
People can make their lives and their society better
Answer:
Option A
Explanation:
A free will person believes that every person is free to do what they want to do in their life, therefore he/she is a believer of "state of nature" . "State of nature" says that all individuals are born free as they were made naturally equal to each other. A free will person believes that no one has the right to rule or command on anyone since all are equal in the eye of nature.
However, people have got full right to make their life better and can also add to the betterment of society as well.
Hence, option A is correct
A hydrogen bond is the electrostatic attraction between polar groups that occurs when a hydrogen (H) atom bound to a highly electronegative atom such as nitrogen (N), oxygen (O) or fluorine (F) experiences attraction to some other nearby highly electronegative atom.