Vector - Revision history

reskin: Vectors moved to Vector: Standard is non-plural form

2007-03-28T15:30:20Z

Vectors moved to Vector: Standard is non-plural form

← Older revision

Revision as of 15:30, 28 March 2007

rana at 07:17, 14 March 2007

2007-03-14T07:17:50Z

← Older revision		Revision as of 07:17, 14 March 2007
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	In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.		In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.
			<br/>
			[[User:rana\|rana]] 15:17, 14 March 2007 (HKT)

rana at 04:18, 14 March 2007

2007-03-14T04:18:31Z

← Older revision		Revision as of 04:18, 14 March 2007
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	===Figure 1===		===Figure 1===
			[[image:vector1.jpg]]<br/>
	My boat it 30 km west of John.		My boat it 30 km west of John.
	John is traveling at 40 km per hour north		John is traveling at 40 km per hour north
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	===Figure 2===		===Figure 2===
			[[image:vector2.jpg]]<br/>
	I want to catch TAC it is traveling along the north line at 170 km per hour		I want to catch TAC it is traveling along the north line at 170 km per hour
	Even though I am currently only 138 km away I need to fly along the vector at 273.942 to catch it Remember TAC never stops moving. If it did it would fall from the sky.		Even though I am currently only 138 km away I need to fly along the vector at 273.942 to catch it Remember TAC never stops moving. If it did it would fall from the sky.
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	===Figure 3===		===Figure 3===
			[[image:vector3.jpg]]<br/>


	In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.		In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.

rana at 04:11, 14 March 2007

2007-03-14T04:11:39Z

← Older revision		Revision as of 04:11, 14 March 2007
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	The best way to look at vectors is in a real problem.		The best way to look at vectors is in a real problem.

	~~Figure 1 <br/>~~		===Figure 1===
	==Figure 1 ~~shows~~==
	My boat it 30 km west of John.		My boat it 30 km west of John.
	John is traveling at 40 km per hour north		John is traveling at 40 km per hour north
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	Simple. John’s movement and my movement are vectors. Boats, planes, cars, trains all travel along vectors. It is just we don’t thing about it because they SHOULD face the direction of travel. In Space there is no friction so the nose and direction traveled are often not the same.		Simple. John’s movement and my movement are vectors. Boats, planes, cars, trains all travel along vectors. It is just we don’t thing about it because they SHOULD face the direction of travel. In Space there is no friction so the nose and direction traveled are often not the same.

	==Figure 2==		===Figure 2===
	I want to catch TAC it is traveling along the north line at 170 km per hour		I want to catch TAC it is traveling along the north line at 170 km per hour
	Even though I am currently only 138 km away I need to fly along the vector at 273.942 to catch it Remember TAC never stops moving. If it did it would fall from the sky.		Even though I am currently only 138 km away I need to fly along the vector at 273.942 to catch it Remember TAC never stops moving. If it did it would fall from the sky.
Line 27:		Line 26:


	==Figure 3==		===Figure 3===


	In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.		In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.

rana at 04:10, 14 March 2007

2007-03-14T04:10:32Z

← Older revision		Revision as of 04:10, 14 March 2007
Line 12:		Line 12:
	The best way to look at vectors is in a real problem.		The best way to look at vectors is in a real problem.

	Figure 1		Figure 1 <br/>
	Figure 1 shows		==Figure 1 shows==
	My boat it 30 km west of John.		My boat it 30 km west of John.
	John is traveling at 40 km per hour north		John is traveling at 40 km per hour north
Line 19:		Line 19:
	Simple. John’s movement and my movement are vectors. Boats, planes, cars, trains all travel along vectors. It is just we don’t thing about it because they SHOULD face the direction of travel. In Space there is no friction so the nose and direction traveled are often not the same.		Simple. John’s movement and my movement are vectors. Boats, planes, cars, trains all travel along vectors. It is just we don’t thing about it because they SHOULD face the direction of travel. In Space there is no friction so the nose and direction traveled are often not the same.

	Figure 2		==Figure 2==
	I want to catch TAC it is traveling along the north line at 170 km per hour		I want to catch TAC it is traveling along the north line at 170 km per hour
	Even though I am currently only 138 km away I need to fly along the vector at 273.942 to catch it Remember TAC never stops moving. If it did it would fall from the sky.		Even though I am currently only 138 km away I need to fly along the vector at 273.942 to catch it Remember TAC never stops moving. If it did it would fall from the sky.
Line 27:		Line 27:


	Figure 3		==Figure 3==


	In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.		In Figure 3 we see what happens when I want to get to TAC and it happens to be traveling due north at 240 km and I am north and west of the station to close the gap I need to move in a north east direction not a south east like I would be pointing the nose of the ship. Remember even though the ship is pointing one way it can travel another.

rana at 04:09, 14 March 2007

2007-03-14T04:09:24Z

@@ Line 9: / Line 9: @@
 # Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.
 # Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another <br/>
 Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.
 The best way to look at vectors is in a real problem.

rana at 04:08, 14 March 2007

2007-03-14T04:08:39Z

← Older revision		Revision as of 04:08, 14 March 2007
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	# A force or influence.		# A force or influence.
	# Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.		# Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.
	# Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another</br>		# Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another <br/>
	Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.		Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.
	The best way to look at vectors is in a real problem.		The best way to look at vectors is in a real problem.

rana at 04:07, 14 March 2007

2007-03-14T04:07:52Z

← Older revision		Revision as of 04:07, 14 March 2007
Line 8:		Line 8:
	# A force or influence.		# A force or influence.
	# Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.		# Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.
	# Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another</bk>		# Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another</br>
	Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.		Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.
	The best way to look at vectors is in a real problem.		The best way to look at vectors is in a real problem.

rana at 04:07, 14 March 2007

2007-03-14T04:07:20Z

← Older revision		Revision as of 04:07, 14 March 2007
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	# Mathematics.		# Mathematics.
	a. A quantity, such as velocity, completely specified by a magnitude and a direction.		## A quantity, such as velocity, completely specified by a magnitude and a direction.
	b. A one-dimensional array.		## A one-dimensional array.
	c. An element of a vector space.		## An element of a vector space.
	# A course or direction, as of an airplane.		# A course or direction, as of an airplane.
	# A force or influence.		# A force or influence.

rana at 04:06, 14 March 2007

2007-03-14T04:06:22Z

← Older revision		Revision as of 04:06, 14 March 2007
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	== Vectors ==		== Vectors ==

	1. Mathematics.		# Mathematics.
	a. A quantity, such as velocity, completely specified by a magnitude and a direction.		a. A quantity, such as velocity, completely specified by a magnitude and a direction.
	b. A one-dimensional array.		b. A one-dimensional array.
	c. An element of a vector space.		c. An element of a vector space.
	2. A course or direction, as of an airplane.		# A course or direction, as of an airplane.
	3. A force or influence.		# A force or influence.
	4. Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.		# Pathology. An organism, such as a mosquito or tick, that carries disease-causing microorganisms from one host to another.
	5. Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another		# Genetics. A bacteriophage, plasmid, or other agent that transfers genetic material from one cell to another</bk>
	Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.		Vectors will be the key to understanding life in space. We of course are most interested in definitions 1, 2, and 3. Simply put a Vector can be used to describe were you are and what direction you are going.
	The best way to look at vectors is in a real problem.		The best way to look at vectors is in a real problem.