Special Groups - AP Chemistry
Card 0 of 20
Why are atomic halogens relatively reactive?
Why are atomic halogens relatively reactive?
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Compare your answer with the correct one above
Which of the following is not a property of the noble gases?
Which of the following is not a property of the noble gases?
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
Compare your answer with the correct one above
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
Compare your answer with the correct one above
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
Compare your answer with the correct one above
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Compare your answer with the correct one above
Why are atomic halogens relatively reactive?
Why are atomic halogens relatively reactive?
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Compare your answer with the correct one above
Which of the following is not a property of the noble gases?
Which of the following is not a property of the noble gases?
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
Compare your answer with the correct one above
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
Compare your answer with the correct one above
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
Compare your answer with the correct one above
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Compare your answer with the correct one above
Why are atomic halogens relatively reactive?
Why are atomic halogens relatively reactive?
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Compare your answer with the correct one above
Which of the following is not a property of the noble gases?
Which of the following is not a property of the noble gases?
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
Compare your answer with the correct one above
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
Compare your answer with the correct one above
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
Compare your answer with the correct one above
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Compare your answer with the correct one above
Why are atomic halogens relatively reactive?
Why are atomic halogens relatively reactive?
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Halogens have seven electrons in their valence shell, so they only need one more electron to obtain a completely filled valence shell. In addition, the unpaired electron in the seven electron shell is a radical which is highly reactive.
Compare your answer with the correct one above
Which of the following is not a property of the noble gases?
Which of the following is not a property of the noble gases?
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
While noble gases are very stable due to their filled octet, they actually do take place in certain reactions, so that is not a property of noble gases. All other answer choices are true.
Compare your answer with the correct one above
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which element(s) react(s) violently with water?
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
We know element X is sodium due to its discrepancy between IE1 and IE2. Sodium has one valence electron and is an alkali metal. Pure alkali metals react violently with water. The heavier the metal, the bigger the explosion.
Compare your answer with the correct one above
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
Refer to Figure 1 for questions 1-6.
Below are the data for ionization energies of three elements X, Y, and Z. These elements are on the third peroid of the periodic table. The first four ionization energies for elements X, Y, and Z are given below in values of kJ/mol.
Figure 1: Ionization energies in kJ/mol for selected elements.
Which of the unknown elements would you expect to share chemical properties with strontium (Sr)?
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
We know that element Z is magnesium due to its jump bwtween ionization energies 2 and 3. Magnesium is in the second group of the periodic table and shares similar chemical properties with other alkali earth metals, such as strontium.
Compare your answer with the correct one above
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
The periodic table of elements is organized in order of atomic number, whic describes how many protons are found in the atom's nucleus. The position of the element in the periodic table can also yield insight into how that atom will respond to other atoms and how it will participate in a chemical reaction.
Sodium is found in the alkali metal group on the periodic table. What type of ion would you expect sodium to form in order to achieve a stable octet?
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Sodium is an alkali metal. All alkali metals are found in group 1 on the periodic table, and lose 1 electron in order to achieve a stable octet. Any ion that loses an electron, and thus becomes positively charged, is referred to as a cation. Anions are negatively charged ions, so sodium is not going to become an anion.
Compare your answer with the correct one above