tom0108
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 Questions Asked
 1
 Questions Answered
 0
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 Questions Asked
 15
 Questions Answered
 0
 Medals Received
 0

 Questions Asked
 50
 Questions Answered
 0
 Medals Received
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Questions Asked

tom0108:
Group Title
What is the easiest way to draw the Bearing Design in Autocad English 2012?
 updated one year ago
 1 reply
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose you have a 5nc charge at the origin and a 2nc charge at x=5m. Find the location on the axis where the electric field is 0
…
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose you have a 5nc charge at the origin and a 2nc charge at x=5m. Find the location on the axis where the electric field is 0
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose you were skateboarding and wanted to use a spring to launch you off a ramp. Assuming you have a mass of 70 kg, if the spring has a …
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose you were skateboarding and wanted to use a spring to launch you off a ramp. Assuming you have a mass of 70 kg, if the spring has a …
 updated one year ago
 5 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Solve for t: xf = xi + at^2
 updated one year ago
 10 replies
 2 Medals
Mathematics

tom0108:
Group Title
Solve for y: (7*10^9)y  17(delta)q = 4(pi)z^2
 updated one year ago
 3 replies
 1 Medal
Mathematics

tom0108:
Group Title
You are leaving Planet X in a spaceship. As you are traveling, you crash into an asteroid 34 million light years away. How far away from the…
 updated one year ago
 3 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
You are leaving Planet X in a spaceship. As you are traveling, you crash into an asteroid 34 million light years away. How far away from the…
 updated one year ago
 3 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose that you are on a planet, that has an average radius 1*10^9 meters and average density 7.4 kg/m^3. Assuming that it is a perfect sph…
 updated one year ago
 4 replies
 1 Medal
Mathematics

tom0108:
Group Title
Suppose that you are on a planet, that has an average radius of 1*10^9 meters and average density 7.4 kg/m^3. Assuming that it is a perfect …
 updated one year ago
 3 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose that you are on a planet, that has an average radius 1*10^9 and average density 7.4 kg/m^3. Assuming that it is a perfect sphere, fi…
 updated one year ago
 3 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Suppose that you are on a planet, that has an average radius 1*10^9 and average density 7.4 kg/m^3. Assuming that it is a perfect sphere, fi…
 updated one year ago
 8 replies
 1 Medal
Mathematics

tom0108:
Group Title
Solve for a: v^2 = v0^2 + 2a(delta)x
 updated one year ago
 1 reply
 No Medals Yet
Mathematics

tom0108:
Group Title
Solve for v = (17 + x)v = 25g
 updated one year ago
 4 replies
 1 Medal
Mathematics

tom0108:
Group Title
A 25000 kg truck moving at 40 m/s on a road angled at 17° hits a 10000 kg van moving at 25 m/s on a road angled at 60° at an intersection be…
 updated one year ago
 15 replies
 1 Medal
Mathematics

tom0108:
Group Title
A 25000 kg truck moving at 40 m/s on a road angled at 17° hits a 10000 kg van moving at 25 m/s on a road angled at 60° at an intersection be…
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
A 25000 kg bowling ball moving at 40 m/s this a 10000 kg bowling ball moving at 25 m/s from behind. Assuming a onedimensional perfectly el…
 updated one year ago
 1 reply
 1 Medal
Mathematics

tom0108:
Group Title
A 25000 kg bowling ball moving at 40 m/s this a 10000 kg bowling ball moving at 25 m/s from behind. Assuming a onedimensional perfectly el…
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
A 25000 kg truck moving at 40 m/s on a road angled at 17° hits a 10000 kg van moving at 25 m/s on a road angled at 60° at an intersection be…
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
A 25000 kg truck moving at 40 m/s hits a 10000 kg van moving at 25 m/s from behind. Since this is a onedimensional perfectly inelastic col…
 updated one year ago
 23 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Planet A is an irregularly shaped object with a pointy end and a total mass 1*10^17 kg. The rocket will crash into Planet A at a point where…
 updated one year ago
 2 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Planet A is an irregularly shaped object with a pointy end and a total mass 1*10^17 kg. The rocket will crash into Planet A at a point where…
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
At planet X, there is another planet called Y about 34 million light years away. The radius of planet X is 1 * 10^9 m. How far away from the…
 updated one year ago
 1 reply
 1 Medal
Mathematics

tom0108:
Group Title
The escape velocity on Planet X is the speed the rocket needs in order to never fall back down again in a universe in which X is the only ob…
 updated one year ago
 1 reply
 No Medals Yet
Mathematics

tom0108:
Group Title
The escape velocity on Planet X is the speed the rocket needs in order to never fall back down again in a universe in which X is the only ob…
 updated one year ago
 1 reply
 No Medals Yet
Mathematics

tom0108:
Group Title
Supposed that you are on a planet, which has an average radius 1*10^9m and average density 7.4kg/m^3. Assuming that it's a perfect sphere, f…
 updated one year ago
 2 replies
 1 Medal
Mathematics

tom0108:
Group Title
Supposed that you are on a planet, which has an average radius 1*10^9m and average density 7.4kg/m^3. Assuming that it's a perfect sphere, f…
 updated one year ago
 No Medals Yet
Mathematics

tom0108:
Group Title
Standing at the edge of a cliff 240 m tall, you throw two balls into the air – one directly upwards at 5 m/s and another directly downwards …
 updated 2 years ago
 2 replies
 No Medals Yet
Mathematics

tom0108:
Group Title
Roller Coaster Cart Mass = 200kg
String Compressed by 5m
Initial Velocity 25 m/s
…
 updated 2 years ago
 No Medals Yet
Mathematics
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