Which is the formula for the functional group in an amine?

Answers

Answer 1
Answer:

An 'amine' is an organic compound primarily composed of carbon(C), hydrogen(H) and nitrogen (N).

Ammonia is a molecule in which the N atom is attached to 3 H atoms, in addition there is a lone pair of electrons on the central N atom. Amines are essentially derivatives of ammonia where one of more H atoms have been replaced by an alkyl (R) or aryl(Ar) group

For example:

R-NH2 == primary amine

R2-NH == secondary amine

R3N == tertiary amine

Answer 2
Answer: The amine functional group is R-NH2, 2 or 3 hydrogen atoms have been replaced by organic groups R, forming primary amine, secondary amine and tertiary amine.

hope this helps!

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How many electron cloud energy levels are present in aluminum?

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On a temperature versus time graph, how does the temperature at the beginning of a change of state compare with the temperature at the end of the change?

Answers

the answer is ALWAYS THE SAME.

Answer:B

Explanation:

Ammonia, NH3, can be classified as a base because in a chemical reaction with an acid, ammonia will (1 point)produce hydroxide ions in solution. produce hydronium ions in solution. donate a proton and become NH2–. accept a proton and become NH4+.

Answers

Answer: Option (d) is the correct answer.

Explanation:

Bases are the electron rich species which readily accept a proton. Therefore, when ammonia is classified as a base in a chemical reaction with an acid, it readily accepts a proton to give ammonium cation.

For example, the reaction of ammonia with hydrochloric acid will be as follows.

          NH_(3) + HCl \rightarrow NH^(+)_(4) + Cl^(-)

Thus, we can conclude that ammonia, NH_(3), will accept a proton and become NH^(+)_(4).

NH will accept a proton and become NH4+

Bases follow
B^-+H^+=BH, with B^-=NH_3 in our case.

Which chemical equation best illustrates the Law of Conservation of Mass? (My answer: D)2H2O yields H2 + O2

CH4 + 3O2 yields CO2 + 2H2O

Al4C3 + 3H2O yields CH4 + 4Al(OH)3

Zn + 2HCl yields ZnCl2 + H2

Answers

It its definitely D.

Given the reaction at equilibrium:N2(g) + 3H2(g) -->2NH3(g) + 91.8 kJ
What occurs when the concentration of H2(g) is increased?
(1) The rate of the forward reaction increases and the concentration of N2(g) decreases.
(2) The rate of the forward reaction decreases and the concentration of N2(g) increases.
(3) The rate of the forward reaction and the concentration of N2(g) both increase.
(4) The rate of the forward reaction and the concentration of N2(g) both decrease.

Answers

If the concentration of H_2 (g) is increased, the rate of the forward reaction increases and the concentration of N_2 (g)decreases.

Le Chartelier principle

The principle states that reactions in equilibrium being disturbed by factors such as temperature, the concentration of species in the reaction, etc, will experience a shift in the equilibrium so as to annul the effects of the disturbance.

Thus, adding more of the reactants ( H_2 (g) to the reaction will see more  products being synthesized. This means more  N_2 (g) will be consumed and its concentration will decrease accordingly.

More on Le chartelier principle can be found here: brainly.com/question/12099569

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(1) The rate of the forward reaction increases and the concentration of N2(g) decreases.
N2 is constant 

Which of these take place during a chemical change

Answers

Whenever a chemical reaction happens, two chemicals push each other around and something happens. Each reaction happens differently with each different chemical. Two things can make stuff explode or fizz, it could also smoke like in a volcano experiment.