What units can be used to measure density?
Answers
Answer:
Kilogram per cubic meter
Explanation:
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Related Questions
In which state of matter transition do water molecules move the least? A. melting B. condensation C. evaporation D. freezing
The atmosphere's variable gases that most influence the greenhouse effect are _____.A. nitrogen and oxygenB. argon and carbon dioxideC. carbon dioxide and water vaporD. water vapor and ozone
Sediment spreads horizontality and it goes from youngest on top to oldest on bottom. When sediment deposits in water, it also spreads flat in all directions until it either runs out of material and pinches off or it hits a barrier. This is known as the _____.
What does a stable ecosystem contain?
B. 2Mg(s)+O2(g)->2MgO(s)
C. 2KCIO3(s)->2KCI(s)+3O2(g)
D. Mg(s)+2HCI(aq)->H2(g)+MgCI2(aq)
Answers
2HgO(s)->2Hg(I)+O2(g)
Looking at the state of the products, we have l and g which means for liquid and gas, respectively. This is not exhibited by other choices presented.
Reactants are to the left of the arrow and products are to the right of the arrow
(l)=liquid
(g)=gas
(s)=solid
.if he indiceated the
magnification of the image as
what was the eyepiece magnifacation?
Answers
Ans
400=x*40
x=400/40=10
ans = x10
Explanation:
total magnification=eyepiece magnification*objective lens magnification
eye piece=total/objective lens
:)
Answers
I would need some answer choices.
Answers
Answers
Answer:
The correct answer is -liver
Explanation:
Glycogen in the body is mainly stored in the liver and muscle tissue because of the action of insulin. They provide a source of energy which can be easily available in case of shortage of blood glucose in our body.
When glucose becomes deficient in the blood, level of glucagon hormone increases in the body which helps in release the glycogen from the liver in the blood in the form of glucose which provide energy to the body.
The liver can accumulate glycogen up to 5-6% of its fresh weight, therefore, the correct answer is first i.e., glycogen.
Answers
The heart’s structure is muscular.
The muscles in the heart help make it easier for the heart to pump blood.
Another example is the human lungs.
They are built in a way where it is possible for organisms to inhale and exhale.
If they were solid and didn’t expand then we wouldn’t have had the proper ability to breathe.
Final answer:
The anatomy, or structure, of an organ helps define its function. This can be seen at every biological level - from cells grouping together to form tissues, which combine to create organs, which work collectively within a system to support an organism's survival and growth. An example of this includes the human heart, whose specific muscular structure and internal composition allow it to efficiently pump blood.
Explanation:
The anatomy of an organ, or how it is structured, directly influences what functional roles it can undertake. From the cellular level, where cells initiate all physiological functions, to the tissue level, where a group of similar cells work together to perform a specific function, structure plays a vital role in function. Several tissues come together to form an organ, like the heart or stomach, which performs one or more specific physiological functions.
Take, for example, the human heart. Its robust muscular structure allows it to efficiently pump blood throughout the body. The internal anatomy, including the presence of four separate chambers, ensures that oxygenated and deoxygenated blood do not mix, providing an efficient system for oxygen distribution. To this end, the anatomy of an organ defines its function.
In essence, understanding the anatomy helps fully appreciate the interrelationships of body structures, how they work together to function a particular body region or a systemic anatomical like the muscular system which comprises all skeletal muscles in the body.
Learn more about Anatomy and Function here:
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