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The decision by Barnes, the most improbable casualty of Election Day 2002, to go to work for legal aid was almost as unexpected as his November defeat. ||||| The need for volunteers is most severe outside the five-county Atlanta metropolitan area, where 70 percent of the state's poor people are served by only 24 percen... | As a private citizens, Barnes will be working pro-bono in what field of law Legal services |
civil justice. ||||| Yet only 23 percent of the state's 23,598 active lawyers reported meeting the Georgia State Bar's goal of 50 hours of pro-bono service in 2002. | As a private citizens, Barnes will be working pro-bono in what field of law Legal services |
The decision by Barnes, the most improbable casualty of Election Day 2002, to go to work for legal aid was almost as unexpected as his November defeat. ||||| As a legal services attorney, Barnes will help women escape domestic violence, Mauricio Vivero is vice president seniors fight predatory lending scams and parents... | Who does Barnes want to help while working as a legal aid lawyer Women |
The decision by Barnes, the most improbable casualty of Election Day 2002, to go to work for legal aid was almost as unexpected as his November defeat. ||||| Only 23 percent of the roughly 1 million attorneys in America volunteer even one hour of pro-bono service annually, according to the ABA. | Who does Barnes want to help while working as a legal aid lawyer Women |
Most memorably, he secured a $115 million judgment in 1993 against Fleet Finance for victimizing 18,000 homeowners -- many of them senior citizens -- with its widespread predatory lending mortgage practices. ||||| While in private practice, he handled many pro-bono cases and was a frequent volunteer in the Cobb County ... | Who does Barnes want to help while working as a legal aid lawyer Women |
The decision by Barnes, the most improbable casualty of Election Day 2002, to go to work for legal aid was almost as unexpected as his November defeat. ||||| As a legal services attorney, Barnes will help women escape domestic violence, Mauricio Vivero is vice president seniors fight predatory lending scams and parents... | Who does Barnes want to help while working as a legal aid lawyer He wants to help women escape domestic violence |
The decision by Barnes, the most improbable casualty of Election Day 2002, to go to work for legal aid was almost as unexpected as his November defeat. ||||| Only 23 percent of the roughly 1 million attorneys in America volunteer even one hour of pro-bono service annually, according to the ABA. | Who does Barnes want to help while working as a legal aid lawyer He wants to help women escape domestic violence |
Most memorably, he secured a $115 million judgment in 1993 against Fleet Finance for victimizing 18,000 homeowners -- many of them senior citizens -- with its widespread predatory lending mortgage practices. ||||| While in private practice, he handled many pro-bono cases and was a frequent volunteer in the Cobb County ... | Who does Barnes want to help while working as a legal aid lawyer He wants to help women escape domestic violence |
Yet only 23 percent of the state's 23,598 active lawyers reported meeting the Georgia State Bar's goal of 50 hours of pro-bono service in 2002. ||||| Only 23 percent of the roughly 1 million attorneys in America volunteer even one hour of pro-bono service annually, according to the ABA. | While Georgia's State Bar program had a goal for it's active lawyers to have 50 hours of pro-bono service, how many hour(s) or pro-bono service participation is recorded nationally One hour |
Yet only 23 percent of the state's 23,598 active lawyers reported meeting the Georgia State Bar's goal of 50 hours of pro-bono service in 2002. ||||| The decision by Barnes, the most improbable casualty of Election Day 2002, to go to work for legal aid was almost as unexpected as his November defeat. | While Georgia's State Bar program had a goal for it's active lawyers to have 50 hours of pro-bono service, how many hour(s) or pro-bono service participation is recorded nationally One hour |
Barnes understood this problem long before he became governor. ||||| National pro-bono participation is even worse. | While Georgia's State Bar program had a goal for it's active lawyers to have 50 hours of pro-bono service, how many hour(s) or pro-bono service participation is recorded nationally One hour |
Alternating current (AC) flows in two directions. ||||| This is the type of current that flows into your home through wires. | What type of current flows through your home AC |
This is the type of current that flows into your home through wires. ||||| You may recall, an electron is the outer-most particle in an atom. | What type of current flows through your home AC |
Do you know what is on top of those poles? ||||| Their speed can even be measured. | What type of current flows through your home AC |
Alternating current (AC) flows in two directions. ||||| This is the type of current that flows into your home through wires. | What type of current flows through your home Alternating current |
This is the type of current that flows into your home through wires. ||||| You may recall, an electron is the outer-most particle in an atom. | What type of current flows through your home Alternating current |
Do you know what is on top of those poles? ||||| Their speed can even be measured. | What type of current flows through your home Alternating current |
Surely, you have noticed the tall poles along the roadside. ||||| Thats right, wires that carry electric current. | Does an electric current run through the wires atop the tall poles along the roadside Yes it does |
Surely, you have noticed the tall poles along the roadside. ||||| Electricity is the continuous flow of these particles. | Does an electric current run through the wires atop the tall poles along the roadside Yes it does |
Ampere is often shortened to amp. ||||| But what is electric current? | Does an electric current run through the wires atop the tall poles along the roadside Yes it does |
Electrons are able to move through wires. ||||| Their speed can even be measured. ||||| The SI unit for electric current (or speed) is the ampere (A). | What is an Ampere SI unit of electric current |
Their speed can even be measured. ||||| Ampere is often shortened to amp. ||||| These wires carry electric current to your home. | What is an Ampere SI unit of electric current |
Direct current is what is used in devices like flashlights. ||||| Electricity is the continuous flow of these particles. ||||| You may recall, an electron is the outer-most particle in an atom. | What is an Ampere SI unit of electric current |
Electrons are able to move through wires. ||||| Their speed can even be measured. ||||| The SI unit for electric current (or speed) is the ampere (A). | What is an Ampere Speed of Current |
Their speed can even be measured. ||||| Ampere is often shortened to amp. ||||| These wires carry electric current to your home. | What is an Ampere Speed of Current |
Direct current is what is used in devices like flashlights. ||||| Electricity is the continuous flow of these particles. ||||| You may recall, an electron is the outer-most particle in an atom. | What is an Ampere Speed of Current |
Electrons are able to move through wires. ||||| Their speed can even be measured. ||||| The SI unit for electric current (or speed) is the ampere (A). | What is an Ampere SI Unit of Current |
Their speed can even be measured. ||||| Ampere is often shortened to amp. ||||| These wires carry electric current to your home. | What is an Ampere SI Unit of Current |
Direct current is what is used in devices like flashlights. ||||| Electricity is the continuous flow of these particles. ||||| You may recall, an electron is the outer-most particle in an atom. | What is an Ampere SI Unit of Current |
Electrons are able to move through wires. ||||| Their speed can even be measured. ||||| The SI unit for electric current (or speed) is the ampere (A). | What is an Ampere Speed measurement of electrons |
Their speed can even be measured. ||||| Ampere is often shortened to amp. ||||| These wires carry electric current to your home. | What is an Ampere Speed measurement of electrons |
Direct current is what is used in devices like flashlights. ||||| Electricity is the continuous flow of these particles. ||||| You may recall, an electron is the outer-most particle in an atom. | What is an Ampere Speed measurement of electrons |
Electrons are able to move through wires. ||||| Their speed can even be measured. ||||| The SI unit for electric current (or speed) is the ampere (A). | What is an Ampere Is the base unit of electric current |
Their speed can even be measured. ||||| Ampere is often shortened to amp. ||||| These wires carry electric current to your home. | What is an Ampere Is the base unit of electric current |
Direct current is what is used in devices like flashlights. ||||| Electricity is the continuous flow of these particles. ||||| You may recall, an electron is the outer-most particle in an atom. | What is an Ampere Is the base unit of electric current |
You may recall, an electron is the outer-most particle in an atom. ||||| Electricity is the continuous flow of these particles. | Electricity is the continuous flow of the particles found in the outer most particle of what Of an atom |
You may recall, an electron is the outer-most particle in an atom. ||||| Ampere is often shortened to amp. | Electricity is the continuous flow of the particles found in the outer most particle of what Of an atom |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Direct current (DC) flows in only one direction. | Electricity is the continuous flow of the particles found in the outer most particle of what Of an atom |
You may recall, an electron is the outer-most particle in an atom. ||||| Electricity is the continuous flow of these particles. | Electricity is the continuous flow of the particles found in the outer most particle of what Electrons |
You may recall, an electron is the outer-most particle in an atom. ||||| Ampere is often shortened to amp. | Electricity is the continuous flow of the particles found in the outer most particle of what Electrons |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Direct current (DC) flows in only one direction. | Electricity is the continuous flow of the particles found in the outer most particle of what Electrons |
You may recall, an electron is the outer-most particle in an atom. ||||| They have a negative charge. | Do electrons have a positive or negative charge Negative Only |
They have a negative charge. ||||| Electric current may flow in just one direction, or it may keep reversing direction. | Do electrons have a positive or negative charge Negative Only |
Electricity is the continuous flow of these particles. ||||| These wires carry electric current to your home. | Do electrons have a positive or negative charge Negative Only |
Alternating current (AC) flows in two directions. ||||| This is the type of current that flows into your home through wires. | How many directions is the current flowing in that arrives through wires into our homes Two directions |
Alternating current (AC) flows in two directions. ||||| Electrons are able to move through wires. | How many directions is the current flowing in that arrives through wires into our homes Two directions |
Surely, you have noticed the tall poles along the roadside. ||||| Electrons are able to move through wires. | How many directions is the current flowing in that arrives through wires into our homes Two directions |
Alternating current (AC) flows in two directions. ||||| This is the type of current that flows into your home through wires. | How many directions is the current flowing in that arrives through wires into our homes 2 |
Alternating current (AC) flows in two directions. ||||| Electrons are able to move through wires. | How many directions is the current flowing in that arrives through wires into our homes 2 |
Surely, you have noticed the tall poles along the roadside. ||||| Electrons are able to move through wires. | How many directions is the current flowing in that arrives through wires into our homes 2 |
Alternating current (AC) flows in two directions. ||||| This is the type of current that flows into your home through wires. | How many directions is the current flowing in that arrives through wires into our homes Two |
Alternating current (AC) flows in two directions. ||||| Electrons are able to move through wires. | How many directions is the current flowing in that arrives through wires into our homes Two |
Surely, you have noticed the tall poles along the roadside. ||||| Electrons are able to move through wires. | How many directions is the current flowing in that arrives through wires into our homes Two |
Direct current (DC) flows in only one direction. ||||| Alternating current (AC) flows in two directions. | How is alternating current different from direct current Two directions |
Alternating current (AC) flows in two directions. ||||| Surely, you have noticed the tall poles along the roadside. | How is alternating current different from direct current Two directions |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Do you know what is on top of those poles? | How is alternating current different from direct current Two directions |
Direct current (DC) flows in only one direction. ||||| Alternating current (AC) flows in two directions. | How is alternating current different from direct current Alternating current can go in two directions, Direct just in one |
Alternating current (AC) flows in two directions. ||||| Surely, you have noticed the tall poles along the roadside. | How is alternating current different from direct current Alternating current can go in two directions, Direct just in one |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Do you know what is on top of those poles? | How is alternating current different from direct current Alternating current can go in two directions, Direct just in one |
Direct current (DC) flows in only one direction. ||||| Alternating current (AC) flows in two directions. | How is alternating current different from direct current Direct current flows in one direction. Alternating current flows in two directions |
Alternating current (AC) flows in two directions. ||||| Surely, you have noticed the tall poles along the roadside. | How is alternating current different from direct current Direct current flows in one direction. Alternating current flows in two directions |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Do you know what is on top of those poles? | How is alternating current different from direct current Direct current flows in one direction. Alternating current flows in two directions |
Direct current (DC) flows in only one direction. ||||| Alternating current (AC) flows in two directions. | How is alternating current different from direct current By the direction of the flow |
Alternating current (AC) flows in two directions. ||||| Surely, you have noticed the tall poles along the roadside. | How is alternating current different from direct current By the direction of the flow |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Do you know what is on top of those poles? | How is alternating current different from direct current By the direction of the flow |
Direct current (DC) flows in only one direction. ||||| Alternating current (AC) flows in two directions. | How is alternating current different from direct current Bi-directional |
Alternating current (AC) flows in two directions. ||||| Surely, you have noticed the tall poles along the roadside. | How is alternating current different from direct current Bi-directional |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Do you know what is on top of those poles? | How is alternating current different from direct current Bi-directional |
Direct current (DC) flows in only one direction. ||||| Direct current is what is used in devices like flashlights. | How many directions does a current flow in a flashlight One direction |
Direct current (DC) flows in only one direction. ||||| This is the type of current that flows into your home through wires. | How many directions does a current flow in a flashlight One direction |
Surely, you have noticed the tall poles along the roadside. ||||| Thats right, wires that carry electric current. | How many directions does a current flow in a flashlight One direction |
Direct current (DC) flows in only one direction. ||||| Direct current is what is used in devices like flashlights. | How many directions does a current flow in a flashlight Only One |
Direct current (DC) flows in only one direction. ||||| This is the type of current that flows into your home through wires. | How many directions does a current flow in a flashlight Only One |
Surely, you have noticed the tall poles along the roadside. ||||| Thats right, wires that carry electric current. | How many directions does a current flow in a flashlight Only One |
Direct current (DC) flows in only one direction. ||||| Direct current is what is used in devices like flashlights. | How many directions does a current flow in a flashlight 1 |
Direct current (DC) flows in only one direction. ||||| This is the type of current that flows into your home through wires. | How many directions does a current flow in a flashlight 1 |
Surely, you have noticed the tall poles along the roadside. ||||| Thats right, wires that carry electric current. | How many directions does a current flow in a flashlight 1 |
Surely, you have noticed the tall poles along the roadside. ||||| Do you know what is on top of those poles? ||||| Thats right, wires that carry electric current. ||||| Electric current is actually the flow of electrons. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electric Current |
Surely, you have noticed the tall poles along the roadside. ||||| You may recall, an electron is the outer-most particle in an atom. ||||| Direct current is what is used in devices like flashlights. ||||| They have a negative charge. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electric Current |
Electrons are able to move through wires. ||||| This is the type of current that flows into your home through wires. ||||| The SI unit for electric current (or speed) is the ampere (A). ||||| You may recall, an electron is the outer-most particle in an atom. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electric Current |
Surely, you have noticed the tall poles along the roadside. ||||| Do you know what is on top of those poles? ||||| Thats right, wires that carry electric current. ||||| Electric current is actually the flow of electrons. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electrical particles |
Surely, you have noticed the tall poles along the roadside. ||||| You may recall, an electron is the outer-most particle in an atom. ||||| Direct current is what is used in devices like flashlights. ||||| They have a negative charge. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electrical particles |
Electrons are able to move through wires. ||||| This is the type of current that flows into your home through wires. ||||| The SI unit for electric current (or speed) is the ampere (A). ||||| You may recall, an electron is the outer-most particle in an atom. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electrical particles |
Surely, you have noticed the tall poles along the roadside. ||||| Do you know what is on top of those poles? ||||| Thats right, wires that carry electric current. ||||| Electric current is actually the flow of electrons. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electrons |
Surely, you have noticed the tall poles along the roadside. ||||| You may recall, an electron is the outer-most particle in an atom. ||||| Direct current is what is used in devices like flashlights. ||||| They have a negative charge. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electrons |
Electrons are able to move through wires. ||||| This is the type of current that flows into your home through wires. ||||| The SI unit for electric current (or speed) is the ampere (A). ||||| You may recall, an electron is the outer-most particle in an atom. | What kind of particles are carried in the wires at the top of the tall poles along the roadside Electrons |
Surely, you have noticed the tall poles along the roadside. ||||| Do you know what is on top of those poles? ||||| These wires carry electric current to your home. | Where are the wires that carry electric current to your home Tall poles roadside |
Do you know what is on top of those poles? ||||| They have a negative charge. ||||| You may recall, an electron is the outer-most particle in an atom. | Where are the wires that carry electric current to your home Tall poles roadside |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Electrons are able to move through wires. ||||| The SI unit for electric current (or speed) is the ampere (A). | Where are the wires that carry electric current to your home Tall poles roadside |
Surely, you have noticed the tall poles along the roadside. ||||| Do you know what is on top of those poles? ||||| These wires carry electric current to your home. | Where are the wires that carry electric current to your home RoadSide |
Do you know what is on top of those poles? ||||| They have a negative charge. ||||| You may recall, an electron is the outer-most particle in an atom. | Where are the wires that carry electric current to your home RoadSide |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Electrons are able to move through wires. ||||| The SI unit for electric current (or speed) is the ampere (A). | Where are the wires that carry electric current to your home RoadSide |
Surely, you have noticed the tall poles along the roadside. ||||| Do you know what is on top of those poles? ||||| These wires carry electric current to your home. | Where are the wires that carry electric current to your home Top of the poles |
Do you know what is on top of those poles? ||||| They have a negative charge. ||||| You may recall, an electron is the outer-most particle in an atom. | Where are the wires that carry electric current to your home Top of the poles |
Electric current may flow in just one direction, or it may keep reversing direction. ||||| Electrons are able to move through wires. ||||| The SI unit for electric current (or speed) is the ampere (A). | Where are the wires that carry electric current to your home Top of the poles |
Electric current is actually the flow of electrons. ||||| You may recall, an electron is the outer-most particle in an atom. ||||| Electricity is the continuous flow of these particles. | What is created when the outer-most particles of an atom are flowing Electricity |
Electric current is actually the flow of electrons. ||||| Ampere is often shortened to amp. ||||| Their speed can even be measured. | What is created when the outer-most particles of an atom are flowing Electricity |
Ampere is often shortened to amp. ||||| Do you know what is on top of those poles? ||||| Surely, you have noticed the tall poles along the roadside. | What is created when the outer-most particles of an atom are flowing Electricity |
Electric current is actually the flow of electrons. ||||| You may recall, an electron is the outer-most particle in an atom. ||||| Electricity is the continuous flow of these particles. | What is created when the outer-most particles of an atom are flowing Electric current |
Electric current is actually the flow of electrons. ||||| Ampere is often shortened to amp. ||||| Their speed can even be measured. | What is created when the outer-most particles of an atom are flowing Electric current |
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