How can you get a pencil to conduct electricity?Question 15 options:

You cannot.

Sharpen both ends since graphite is able to conduct electricity.

Use a car battery.

Answers

Answer 1

Answer:

Answer:

Sharpen both ends since graphite is able to conduct electricity. that is the answer

Explanation:

Related Questions

Tropical rain forests have a high degree of biodiversity. How do tropical rain forests contribute to the overall health of the bioshpere
Which list below shows a correct path of energy flow through a food chain?A. decomposer → secondary consumer → primary consumer → producer B. primary consumer → producer → decomposer → secondary consumerC. producer → secondary consumer → decomposer → primary consumerD. producer → primary consumer → secondary consumer → decomposer
What happens to the mass of substances during a chemical reaction?
Jenny is learning about the importance of the ozone layer. She was upset to know that there is a depletion of the ozone layer and humanactivities are adding to it. While she decides to spread awareness on the effects of pollution and reasons to curb it, she cannot do anythingabout the natural process of ozone depletion. What is the natural process that is causing the depletion of the ozone layer?Anatural processes that ensure ecological balanceB. burning of fossil fuelC. UV rays reacting with O2 moleculesD.the carbon cycleEthe oxygen cycle
If birth rates fall below the replacement level, than a country is in which stage of demographic transition?

The Milky Way is _____.a. a galactic supercluster
b. an irregular galaxy
c. a spiral galaxy
d. an elliptical galaxy

Answers

Answer:

c. spiral galaxy

Explanation:

the image

The reason it could not be a galactic supercluster is because a galactic supercluster is made up of small galaxies, and the Milky Way is part of the Virgo Supercluster. It is part of a supercluster but is not a supercluster itself.

Answer:

a galactic supercluster

Explanation:

A cell is a complex system. Like most systems, a cell contains a boundary that separates things that are inside the system from thosethat are outside of the system. Which part of the cell functions as a system boundary?

Answers

Answer:

cell membrane

Explanation:

How are the mechanisms of evolutionary change supported by evidence

Answers

The methods of mechanisms of evolutionary change are supported by evidence because evidence such as embryos, biochemical similarities, fossils, and comparitive anatomy show that there could be a close evolutionary relationship between organisms. For instance, organisms that are closely evolutionary may have homologous structures, such as a bird wing and a human hand. Or scientists at study embryos of different organisms and the similarities may tell you if they evoled from a common ancestor. The same thing goes for fossils. Fossils will show differences in shape and size and evidence of natural selection. Furthermore, the more similar the biochemical similarities, DNA and protein sequences, are the more closely related organisms could be. This is how the mechanisms of evolutionary change are supported by evidence. Hope this helps!

"A researcher has determined that a newly identified protein can bind to a virus. This marks the virus for destruction by white blood cells."What type of monomer will the researcher discover after subjugating the molecule to hydrolysis?
a. fatty acid
b. amino acid
c. nucleotide
d. monosaccharide

Answers

B. Amino acid because I researched it

Classify the following organ functions as either being controlled by the parasympathetic or the sympathetic division of the autonomic nervous system.

Answers

Answer:

What organs? (I will edit the answer once you name the organs/put a pic)

Explanation:

Final answer:

The autonomic nervous system, divided into the sympathetic and parasympathetic divisions, regulates the functions of internal organs. The sympathetic states prepare the body for intense activities, while the parasympathetic states help the body to rest and regenerate.

Explanation:

The autonomic nervous system regulates many internal organs in our body. It is divided into the sympathetic and parasympathetic divisions that often act in opposition to each other to maintain homeostasis. The sympathetic division is associated with preparing the body for intense, energy-consuming activities, commonly referred to as the 'fight or flight' response. It can increase heart rate, dilate pupils, and slow digestion, among other functions.

On the other hand, the parasympathetic division restores the body to normal functioning after the sympathetic division has been activated. It is associated with relaxing the body, slowing heart rate, constricting pupils, and stimulating digestion, hence its nickname 'rest and digest'. Hence, the functions of internal organs like the heart, lungs, and digestive system are controlled alternately by these two divisions of the autonomic nervous system, depending on the body's needs at the time.