What is the key difference between organic and inorganic molecules

Answers

Answer 1

Answer:

Answer:

See the answer below, please.

Explanation:

Organic compounds are those produced by living beings (molecules associated with living beings) and correspond to carbon compounds (the main difference with inorganic compounds). The latter are produced by natural processes or in the laboratory.

Example of organic products: alkanes (methane), alcohols (ethanol or ethyl alcohol)

Example of inorganic products: sodium hydroxide, sodium chloride

Related Questions

How many moles of aluminum metal are needed to produce 3.33 moles of aluminum chloride?
Electromagnetic waves differ in
What is this section of the periodic table called
How can you tell isotopes of the same element apart?
Consider this equilibrium for a buffer solution: CH3COOH + H2O CH3COO- + H3O + . When a small amount of acid is added to this system, which statement is true when equilibrium is reestablished? A. [CH3COO-] and pH have both increased. B. [CH3COOH] and pH have both decreased. C. [CH3COO-] has decreased and pH remains relatively constant. D. [CH3COOH] has decreased and pH remains relatively constant. E. [CH3COO-] has increased and pH remains relatively constant.

Why do doctors worry more about a fever of a couple of degrees Fahrenheit?

Answers

One degree Celsius is a bigger than one degree Fahrenheit. One degree Celsius equals 1.8 degrees Farenheight.

Hope this helps.

because farenheight goes up higher

a toothpick, pencil, and log are all the same type of wood. explain which would be most dense. answer

Answers

Explanation:

Density is defined as the mass of a substance present in per unit volume.

Mathematically, Density = $(mass)/(volume)$

As toothpick, pencil and log are all made up of same wood. So, this means that there will be same composition as amount of mass present in per unit volume will be the same.

Therefore, we can conclude that toothpick, pencil and log all of them will have same density.

They are all equally dense because they are made of the same material with the same molecular composition.

3) If an electrical appliance has 150.0 V applied causing a current of 2.34 amps, what is theresistance of the appliance?

Answers

Answer:

The resistance would be 64.10 ohms.

have a nice day my dude

If 112 g of iron (Fe) combines with 24 g of oxygen (o2) how much iron oxide is formed

Answers

There are three different oxides of iron: FeO, Fe2O3 (hematite), and Fe3O4 (magnetite). Assuming that the iron oxide formed in this problem is Fe2O3, which is the most common form of iron oxide, the calculations are as follows:

Balanced chemical equation:
4Fe + 3O2 --> 2Fe2O3
i 2 0.75 0
c 1 0.75 0.5
e 1 0 0.5

Moles Fe = 112g /55.845 = 2
Moles O2 = 24/32 = 0.75

The reaction, with an excess of 1 mol Fe, produced 0.5 moles or 0.5 moles(159.69g/mol) = 79.845 grams of Fe2O3.

An easy way to understand:

136 g Fe2O3

The light bulb transfers electrical energy into light. What is one type of energy that is also generated that is NOT a desired effect?

Answers

The answer to that question is most likely heat since the light bulb uses a resister to produce light but resisters also produce a lot of heat which can sometimes be bad.

Using only the periodic table, write the symbol of the ion most typically formed by each of thefollowing elements:
a. K
d. Ci
b. Ca
c. S e. Ba f. Br

Answers

Answer:

The ion is written in the attached file

Explanation:

Final answer:

The most typical ions formed by K, Ca, and S are K+, Ca2+, and S2-, respectively.

Explanation:

The symbol of the ion most typically formed by each of the elements can be determined by looking at their positions on the periodic table and considering their electron configuration.

K (Potassium): The most typical ion formed by potassium is K+ (Potassium ion). Potassium has one valence electron in its outermost shell, and it tends to lose this electron to form a stable ion.
Ca (Calcium): The most typical ion formed by calcium is Ca2+ (Calcium ion). Calcium has two valence electrons in its outermost shell, and it tends to lose these electrons to achieve stability.
S (Sulfur): The most typical ion formed by sulfur is S2- (Sulfide ion). Sulfur has six valence electrons in its outermost shell, and it tends to gain two electrons to achieve stability.