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OpenStudy (destinymasha):

@morgiiJ1

OpenStudy (anonymous):

hey do you have a sec?

OpenStudy (anonymous):

sorry about before!

OpenStudy (anonymous):

can you really help me?

OpenStudy (anonymous):

please?

OpenStudy (destinymasha):

wut?

OpenStudy (destinymasha):

What do you need help with?

OpenStudy (anonymous):

Ok sorry I was out Can you help me at physical science ?

OpenStudy (anonymous):

Please?

OpenStudy (anonymous):

I have like 3 top 4 questions I dont get or im not sure out of a 65 question test.

OpenStudy (destinymasha):

I can try

OpenStudy (anonymous):

Okay let me dig it out Thanks so much!

OpenStudy (destinymasha):

You're welcome :)

OpenStudy (anonymous):

What happens when gasoline is used to power a vehicle? A. Energy is lost as chemical energy transforms to heat energy but gained as heat energy transforms to mechanical. B. Energy is gained as chemical energy transforms to heat energy but lost as heat energy transforms to mechanical. C. Energy is neither lost nor gained as it transforms from chemical, to potential, to electrical energy. D. Energy is neither lost nor gained as it transforms from chemical, to heat, to mechanical energy. -------------------------------- This is the only question who has nothing todo with the test, I didnt learn this, I asks my friends and this is covered yet for us,

OpenStudy (anonymous):

*** and this isn't covered for us yet

OpenStudy (anonymous):

i just added you as a fan btw :)

OpenStudy (anonymous):

I would guess its B, right? I have no clue but that is the only one that makes sense to me

OpenStudy (destinymasha):

Thanks :3 -and umm..this one -->I'm not sure .-. but my guess would be either B

OpenStudy (anonymous):

Your the best I have like 2 or 3 more is that okay?

OpenStudy (destinymasha):

I can try :)

OpenStudy (anonymous):

I am trying to solve the whole question but my slef this is part 2: Two objects are at thermal equilibrium. Which show how the properties of the two objects compare? A. Thermal energy and total kinetic energy are different. B. Temperature and average kinetic energy are the same. C. Thermal energy and temperature are the same. D. temperature and total kinetic energy are different.

OpenStudy (anonymous):

I think its either A, or C, but I was sick that day

OpenStudy (anonymous):

By not buy****

OpenStudy (destinymasha):

Thermal energy is like -- temperature, so I think A Kinetic energy is like energy obtained by motion

OpenStudy (anonymous):

Thats what I though, I read it here (I folder all my bookmarks for future reference.) http://wiki.answers.com/Q/What_is_thermal_equilibrium

OpenStudy (destinymasha):

Good! :)

OpenStudy (anonymous):

Okay I have 3 more questions down them Im done with all 65!!!!!!

OpenStudy (destinymasha):

3 more? >.< lol, ok :3

OpenStudy (anonymous):

45. Which label identifies the statement: "Energy cannot be created or destroyed, but it can be converted or changed into different forms. A. the law of conservation of matter B. the law of energy equilibrium C. the law of energy transformation D. the law of conservation of energy -------------------------------- 55 Which compares the thermal energy found in a piece of coal with the thermal energy found in a newly opened coal mine? A. The amount of thermal energy is directly related to the kinetic energy of a substance's particles. A piece of coal has fewer total particles than a newly opened coal mine. Therefore the piece of coal has less thermal energy. B. The amount of thermal energy is directly related to the potential energy of a substance's particles. The particles in a piece of coal are more concentrated. Therefore, the piece of coal has more thermal energy than the newly opened mine. C. The amount of thermal energy is directly related to the potential energy of a substance's particles. A piece of coal has fewer total particles than a newly opened coal mine. Therefore, the piece of coal has less thermal energy. D. The amount of thermal energy is directly related to the kinetic energy of a substance's particles. The particles in a piece of coal are more concentrated. Therefore, the piece of coal has more thermal energy than the newly opened mine. -------------------------------------- and THE MOST I NEVER UNDERSTOOD 57 Use this formula to solve this problem: Power (P) = Work (W) รท time (t) Peter's body supplies a force of 500 N to run up a 5 meter hill in 10 seconds. How much power is involved in Peter's run up the hill? A. 10 Watts B. 50 Watts C. 100 Watts D. 250 Watts

OpenStudy (anonymous):

I'm not trying to cheat, this is a an extra test to help me raise my grade but I accepted it so now its like a real test for me. (that test includes questions I never learnt as well) and those 3 question I never learnt them

OpenStudy (anonymous):

Please help me! those are the answer that I really need!!!!!!!!!!!!!

OpenStudy (anonymous):

I have my guess down

OpenStudy (destinymasha):

It's the Law of Conservation of Energy :) cannot be created or destroyed (added or taken away) only changed

OpenStudy (anonymous):

Thanks!

OpenStudy (anonymous):

will help me on the last 2 OO -- PLEASE?!

OpenStudy (destinymasha):

Remember that Kinetic energy is the motion of the particles, the highest the KE~ then higher the thermal energy, so I believe D?

OpenStudy (anonymous):

Wow I never knew that! Thanks!

OpenStudy (anonymous):

so D for 55?

OpenStudy (destinymasha):

I believe so :) and you're welcome :3

OpenStudy (anonymous):

Okay I need to send it In I really thank you do you want to squeeze a fast answer for my last one?

OpenStudy (anonymous):

You have no idea how helpful you were!

OpenStudy (anonymous):

and are

OpenStudy (destinymasha):

work = force x distance --so, 2500 , now, divide it by 10 =250

OpenStudy (anonymous):

250/10?

OpenStudy (anonymous):

its 25 so thats it?

OpenStudy (anonymous):

wait thats not on there

OpenStudy (anonymous):

did I do something wrong?

OpenStudy (destinymasha):

I said....500N x 5 meters = 2500, divided by 10 =250

OpenStudy (anonymous):

Ohhhhh! thanks!!!!!!!!!!!!!!!!

OpenStudy (destinymasha):

Yuppers :D

OpenStudy (anonymous):

and if I may ask are you may age?

OpenStudy (destinymasha):

~secret~

OpenStudy (anonymous):

Okay sorry!

OpenStudy (anonymous):

Thanks, I fanned you!

OpenStudy (anonymous):

I hope you can fan me back if you want!

OpenStudy (destinymasha):

Thanks! and no worries :) sure :3

OpenStudy (anonymous):

Thank bye now I appreciate your help!

OpenStudy (destinymasha):

You're Welcome :) and bye

OpenStudy (king.void.):

-________- @destinymasha

OpenStudy (king.void.):

unblock me!! @destinymasha

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