QuestionIs $\mathrm{SrCO}_{3}$ organic or inorganic?

Studdy Solution

STEP 1

Assumptions1. The compound in question is $\mathrm{SrCO}_{3}$ (Strontium Carbonate) . We need to determine if this compound is organic or inorganic.

STEP 2

To determine if a compound is organic or inorganic, we need to understand the definitions of these terms.Organic compounds are generally any chemical compounds that contain carbon-hydrogen bonds.Inorganic compounds, on the other hand, are compounds that do not contain carbon-hydrogen bonds.

STEP 3

Now, let's examine the compound $\mathrm{SrCO}_{3}$ (Strontium Carbonate).This compound is made up of Strontium (Sr), Carbon (C), and Oxygen (). There are no Hydrogen (H) atoms in this compound.

STEP 4

Since $\mathrm{SrCO}_{3}$ does not contain any carbon-hydrogen bonds, it is not an organic compound.

STEP 5

Therefore, $\mathrm{SrCO}_{3}$ is an inorganic compound.
$\mathrm{SrCO}_{3}$ is an inorganic compound.

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QuestionIs $\mathrm{SrCO}_{3}$ organic or inorganic?

Studdy Solution

STEP 1

Assumptions1. The compound in question is $\mathrm{SrCO}_{3}$ (Strontium Carbonate) . We need to determine if this compound is organic or inorganic.

STEP 2

To determine if a compound is organic or inorganic, we need to understand the definitions of these terms.Organic compounds are generally any chemical compounds that contain carbon-hydrogen bonds.Inorganic compounds, on the other hand, are compounds that do not contain carbon-hydrogen bonds.

STEP 3

Now, let's examine the compound $\mathrm{SrCO}_{3}$ (Strontium Carbonate).This compound is made up of Strontium (Sr), Carbon (C), and Oxygen (). There are no Hydrogen (H) atoms in this compound.

STEP 4

Since $\mathrm{SrCO}_{3}$ does not contain any carbon-hydrogen bonds, it is not an organic compound.

STEP 5

Therefore, $\mathrm{SrCO}_{3}$ is an inorganic compound.
$\mathrm{SrCO}_{3}$ is an inorganic compound.

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QuestionIs SrCO3\mathrm{SrCO}_{3}SrCO3​ organic or inorganic?

Studdy Solution

STEP 1

Assumptions1. The compound in question is SrCO3\mathrm{SrCO}_{3}SrCO3​ (Strontium Carbonate) . We need to determine if this compound is organic or inorganic.

STEP 2

To determine if a compound is organic or inorganic, we need to understand the definitions of these terms.Organic compounds are generally any chemical compounds that contain carbon-hydrogen bonds.Inorganic compounds, on the other hand, are compounds that do not contain carbon-hydrogen bonds.

STEP 3

Now, let's examine the compound SrCO3\mathrm{SrCO}_{3}SrCO3​ (Strontium Carbonate).This compound is made up of Strontium (Sr), Carbon (C), and Oxygen (). There are no Hydrogen (H) atoms in this compound.

STEP 4

Since SrCO3\mathrm{SrCO}_{3}SrCO3​ does not contain any carbon-hydrogen bonds, it is not an organic compound.

STEP 5

Therefore, SrCO3\mathrm{SrCO}_{3}SrCO3​ is an inorganic compound.SrCO3\mathrm{SrCO}_{3}SrCO3​ is an inorganic compound.

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Studdy solves anything!

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Download Studdy AI Tutor now. Learn with ease and get all help you need to be successful at school.

QuestionIs $\mathrm{SrCO}_{3}$ organic or inorganic?

Assumptions1. The compound in question is $\mathrm{SrCO}_{3}$ (Strontium Carbonate) . We need to determine if this compound is organic or inorganic.

Now, let's examine the compound $\mathrm{SrCO}_{3}$ (Strontium Carbonate).This compound is made up of Strontium (Sr), Carbon (C), and Oxygen (). There are no Hydrogen (H) atoms in this compound.

Since $\mathrm{SrCO}_{3}$ does not contain any carbon-hydrogen bonds, it is not an organic compound.

Therefore, $\mathrm{SrCO}_{3}$ is an inorganic compound.
$\mathrm{SrCO}_{3}$ is an inorganic compound.