Ionic bonding practice

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An atom that gains or loses one or more electrons is called a(n) ________________.

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An atom that loses one or more electon will have a _________________ charge.

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An atom that gains one or more electron will have a ____________________ charge.

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True or false: the properties of a compound are exactly the same as the properties of the elements it is made out of?

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Ionic bonds are (almost always) formed between what types of elements?

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What is the oxidation number of Potassium?

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What is the oxidation number of Arsenic?

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What is the oxidation number of iodine?

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What is the oxidation number of Aluminum?

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What is the oxidation number of Lithium?

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What is the oxidation number of Oxygen?

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What is the oxidation number of Calcium?

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Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between potassium and sulfur, how many sulfur atoms will be in the compound created?

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Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between potassium and sulfur, how many potassium atoms will be in the compound created?

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Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between magnesium and phosphorus, how many magnesium atoms will be in the compound created?

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Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between magnesium and phosphorus, how many phosphorus atoms will be in the compound created?

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Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between strontium and oxygen, how many strontium atoms will be in the compound created?

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Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between strontium and oxygen, how many oxygen atoms will be in the compound created?

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Using the swap and drop method and lewis dots show how the electrons in a reaction between cesium and iodine would be transferred and what ions would be created.

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Using the swap and drop method and lewis dots show how the electrons in a reaction between phosphorus and potassium would be transferred and what ions would be created.

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Using the swap and drop method and lewis dots show how the electrons in a reaction between beryllium and sulfur would be transferred and what ions would be created.

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Using the swap and drop method and lewis dots show how the electrons in a reaction between magnesium and arsenic would be transferred and what ions would be created.

Ionic bonding practice

An atom that gains or loses one or more electrons is called a(n) ________________.

An atom that loses one or more electon will have a _________________ charge.

An atom that gains one or more electron will have a ____________________ charge.

True or false: the properties of a compound are exactly the same as the properties of the elements it is made out of?

Ionic bonds are (almost always) formed between what types of elements?

What is the oxidation number of Potassium?

What is the oxidation number of Arsenic?

What is the oxidation number of iodine?

What is the oxidation number of Aluminum?

What is the oxidation number of Lithium?

What is the oxidation number of Oxygen?

What is the oxidation number of Calcium?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between potassium and sulfur, how many sulfur atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between potassium and sulfur, how many potassium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between magnesium and phosphorus, how many magnesium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between magnesium and phosphorus, how many phosphorus atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between strontium and oxygen, how many strontium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between strontium and oxygen, how many oxygen atoms will be in the compound created?

Using the swap and drop method and lewis dots show how the electrons in a reaction between cesium and iodine would be transferred and what ions would be created.

Using the swap and drop method and lewis dots show how the electrons in a reaction between phosphorus and potassium would be transferred and what ions would be created.

Using the swap and drop method and lewis dots show how the electrons in a reaction between beryllium and sulfur would be transferred and what ions would be created.

Using the swap and drop method and lewis dots show how the electrons in a reaction between magnesium and arsenic would be transferred and what ions would be created.

An atom that gains or loses one or more electrons is called a(n) ________________.

An atom that loses one or more electon will have a _________________ charge.

An atom that gains one or more electron will have a ____________________ charge.

True or false: the properties of a compound are exactly the same as the properties of the elements it is made out of?

Ionic bonds are (almost always) formed between what types of elements?

What is the oxidation number of Potassium?

What is the oxidation number of Arsenic?

What is the oxidation number of iodine?

What is the oxidation number of Aluminum?

What is the oxidation number of Lithium?

What is the oxidation number of Oxygen?

What is the oxidation number of Calcium?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between potassium and sulfur, how many sulfur atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between potassium and sulfur, how many potassium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between magnesium and phosphorus, how many magnesium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between magnesium and phosphorus, how many phosphorus atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between strontium and oxygen, how many strontium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)In a reaction between strontium and oxygen, how many oxygen atoms will be in the compound created?

Using the swap and drop method and lewis dots show how the electrons in a reaction between cesium and iodine would be transferred and what ions would be created.

Using the swap and drop method and lewis dots show how the electrons in a reaction between phosphorus and potassium would be transferred and what ions would be created.

Using the swap and drop method and lewis dots show how the electrons in a reaction between beryllium and sulfur would be transferred and what ions would be created.

Using the swap and drop method and lewis dots show how the electrons in a reaction between magnesium and arsenic would be transferred and what ions would be created.

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between potassium and sulfur, how many sulfur atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between potassium and sulfur, how many potassium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between magnesium and phosphorus, how many magnesium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between magnesium and phosphorus, how many phosphorus atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between strontium and oxygen, how many strontium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between strontium and oxygen, how many oxygen atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between potassium and sulfur, how many sulfur atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between potassium and sulfur, how many potassium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between magnesium and phosphorus, how many magnesium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between magnesium and phosphorus, how many phosphorus atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between strontium and oxygen, how many strontium atoms will be in the compound created?

Use the swap and drop method to determine the results of the following. (and remember to reduce the numbers if both are divisible by the same amount!)

In a reaction between strontium and oxygen, how many oxygen atoms will be in the compound created?