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3 years ago

What is the most simplified meaning within a language?

2 answers:

6 0

Morphemes <span>is the most simplified meaning within a language</span> a word or a part of a word that has a meaning and that contains no smaller part that has a meaning
hope this helps

AysviL [449]3 years ago

3 0

The most simplified meaning within a language is MORPHEME.

In English language, a morpheme refers to a language unit, that is made up of a word or a word elements which can not be further broken down into meaningful smaller parts. Morphemes are the smallest, basic, grammatical unit of a language that have distinct meaning, just as atoms are the smallest unit of elements in chemistry. Examples of morphemes are: sad, joy, depress, excited, etc.

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What is the shape of the water molecule?

OlgaM077 [116]

I think the right one is b.

7 0

4 years ago

Read 2 more answers

Although both N2 and 02 are naturally present in the air we breathe, high levels of NO and NO2 in the atmosphere occur mainly in

joja [24]

Answer:

(a) Increasing the temperature adds heat which is a reactant shifting the equilibrium rightwards.

(b) Pressure has no effect since the change in the number of moles is zero.

Explanation:

Hello,

In this case, one could represent the given reaction as:

$N_2(g)+O_2(g)+ \Delta _rH \leftrightarrow 2NO$

Since it is endothermic. Thus, solving the (a) statement, one identifies the heat as a reagent, that is why the reaction cools down as it progress, therefore, by increasing the temperature, heat is added, that is, a reagent is added, which shifts the equilibrium rightwards, in other words, more NO is produced so its concentration increases.

Furthermore, for the (b) statement, since the change in the number of moles is zero, based on the stoichiometric coefficients as shown below:

$\Delta \nu =2-1-1=0$

Such value implies that the pressure has no effect on the concentration, taking into account the following form of the law of mass action:

$Kp=Kc(RT)^{\Delta \nu }$

Thus, since $\Delta \nu =0$ , $Kp=Kc$ , so no effect in concentration is due to the pressure.

Best regards.

6 0

3 years ago

Which of the following elements will gain electrons to form an

blsea [12.9K]

Answer:

Explanation:

When an atom lose or gain electrons ions are formed.

There are two types of ions. Cation and anion.

Cation:

Cations are formed when atom lose electrons. For example:

X → X⁺ + e⁻

Anion:

It is formed when an atom gain electrons. For example:

X + e⁻ → X⁻

Fluorine is present in group seventeen. It has seven valance electrons. It gain one electron to complete the octet and form anion with charge of -1.

Calcium is alkaline earth metal. It is present in group two it loses two valance electrons and form cation with charge of +2.

Neon is noble gas. It already have complete octet. It can not form ions. To remove the electrons from noble gases very high temperature is required.

Zinc is present in group 12. It usually form cation by losing its two valance electrons but it can also show oxidation state -2.

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3 years ago

If you hadn't added quite enough hydrochloric acid to consume all the magnesium metal, what would be the effect of this error on

sweet-ann [11.9K]

If enough HCl is not added, the percent yield will be lower as all the magnesium metal has not reacted with HCl.

<h3>What is percent yield of a reaction?</h3>

The percent yield of a reaction is the ratio of the actual yield and the expected yield expressed as a percentage.

Percent yield = actual yield/expected yield × 100%

The reaction between magnesium metal and HCl liberates hydrogen gas and forms magnesium chloride salt.

If enough HCl was not added to react with all the magnesium metal, the actual yield will be lower.

Hence, percent yield will be lower as well.

Therefore, the percent yield will be lower if all the magnesium metal has not reacted with HCl.

Learn more about percent yield at: brainly.com/question/10046114

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2 years ago

Magnesium is the limiting reactant in this experiment. Calculate the theoretical yield of MgO for each trial.

liq [111]

/watch?v=DLzxrzFCyOs

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3 years ago