Author Topic: Answer the questions V1  (Read 2433 times)

I have an IQ of six billion so I know everything!!!!!

You have the IQ of COW MENUER@!!!!@W!@!@!@!

Times up!

Answers Correct - 2

Brain points distributed - 2

Good job! Keep up the good work.

Question #5

Difficulty: Extra Credit (You get 2x your points on the leaderboard if you get is right, 0 is taken off if you get it wrong)

Time: 2 minutes

What are 5 pros and cons to capitalism?

« Last Edit: August 14, 2011, 09:57:25 AM by Kochieboy »



Cons:
It's capitalism
Ghost supports it
Ghost's engineer supports it
Trolls don't support it
Texas

Pros:
It's not tiranny
Obama doesn't support it
The first lady doesn't support it
Trolls don't support it
Not Texas

Times up!

Answers correct - 0

Brain points distributed - 0

Oh well... try again.

Question #6

Difficulty: Hard

Time: 10 minutes

How many protons, electrons, and neutrons are in a single plutonium atom.
« Last Edit: August 14, 2011, 10:02:31 AM by Kochieboy »

94 protons, 94 electrons and 150 neutrons.

94 protons, 94 electrons and 150 neutrons.

WOW NERD y dont u go nerd somwer els befor u get hert huh?!!?

WOW NERD y dont u go nerd somwer els befor u get hert huh?!!?
Lol school.
Also this isn't hard and shouldn't get 10 minutes.
Just the atomic number is the amount of protons. Amount of protons is equal to the amount of electrons.
Amount of neutrons is atomic weight minus amount of protons.
Derp.

Times up! Gathering results!

Answers correct - 1

Brain points distributed - 1

Good Job!

Question #7

Difficulty: Hard

Time: 8 minutes

If a rollercoaster is ready to go down a hill, how much potential energy does it have, and when it goes down the hill does it lose or gain potential energy?
« Last Edit: August 14, 2011, 10:09:40 AM by Kochieboy »

It has as much potential energy as provided by the chain that pulled him up, defeating gravity, in "negative".
And when it goes down it loses potential energy and gains actual energy.

The rollercoaster's potential energy depends on the height of the rollercoaster car and the weight of it.

It loses potential energy and that loss of energy makes up with the gained kinetic energy.

Umm so I guess we're supposed to guess how much it weighs and how high it is off the ground?

In that case it's weightless and in space so it has 0 potential energy. That's my answer, 0J of potential energy.

No we are supposed to formulate a definition that always works.

No we are supposed to formulate a definition that always works.

It's a twofold question.