P.4: Week 5 - Entropy & Energy by Kimberly Sanchez Briones

Max J

2025-02-13 20:46:45 UTC

I made a balloon to represent how we used a balloon lab to learn about positive and negative charges. This helps explains Coloumbs law.

2025-02-13 20:47:21 UTC

It's a roller coaster because it has potential energy at the top and when it goes down it has kinetic and gravitational. It has entropy as well.

Sysko Rios

2025-02-13 20:47:40 UTC

I did the letter K. And it means 8.9x 10 ^9. This is the formal for k.

Nicholas Magana

2025-02-13 20:47:44 UTC

Brian Grajales

2025-02-13 20:48:21 UTC

I made a E for electrons and entropy since we use these in the lab

Diego R

1315063932 — 2025-02-13 20:48:22 UTC

I made an electron because they kept coming up while we were learning about Entropy and energy.

2025-02-13 20:48:31 UTC

Brandon

2025-02-13 20:49:29 UTC

Made the balloon and the sweater to represent the lab. The balloon picks up negative energy from the sweater.

2025-02-13 20:49:42 UTC

I made a negative energy charge to determine how coulomb's law works with energy. this negative energy charge determine entropy & its color.

2025-02-13 20:50:09 UTC

high and low entrophy

brayden r

2025-02-13 20:50:09 UTC

i made a positive and negatively charged proton. this relates to what we have been learning about coulombs law and how differently energy charged protons interact with each other. this relates to entrophy because it experiences heat and friction

Julie V

2025-02-13 20:50:23 UTC

I made an E for energy. energy is conserved.

Joaquin N.

2025-02-13 20:51:32 UTC

I tried creating a sweater out of the neon play-dough. This week we learned about the negative and positive energy charges within objects like sweaters interacting with electric forces. The entropy would be within the sweater interacting with the objects around it, after, creating an uneven amount of neutrons it would contain.

chantel

1315063492 — 2025-02-13 20:51:37 UTC

I a made proton and neutron molecules.The proton and electrons attract to each other with entropy and friction. They use energy.

Isis Heredia

1315067472 — 2025-02-13 20:51:52 UTC

In Coulomb's Law, "q1" represents the magnitude of the electric charge of the first particle involved in the calculation, meaning it signifies the amount of electrical charge held by the first point charge involved in the interaction between two charged particles; essentially, it's one of the charges that determines the electrostatic force between them.

1315063775 — 2025-02-13 20:52:14 UTC

I made ice melt when the ice melts its entropy increases meaning the system's disorder increases as the ice crystals transition into water water-liquid state resulting in a net positive change in entropy energy.

Isiah H

2025-02-13 20:52:16 UTC

I did a sun. And it represents thermal energy because the sun is hot.

2025-02-13 20:52:36 UTC

I did the electrostatic charges replacing each other. The energy polarity are attracting each other since one is positive and the other is negative.

Jimmy onvel

2025-02-13 20:53:02 UTC

the process by which living organisms change over time through changes in the genome.

Andrik M

2025-02-13 20:53:21 UTC

2025-02-13 20:53:49 UTC

the positive and negative signs from the balloon lab when the balloon would collect all the negative and the positive would stay on the shirt

2025-02-13 20:53:52 UTC

rollercoaster because at the top it has pontitol when going down it got kenitinc enrygey

Roller Coaster

2025-02-13 20:53:57 UTC

I made a roller coaster. A roller coaster has gravitational potential energy when it is at the top of a hill, which is then converted into kinetic energy as it moves down the hill, thanks to the force of gravity; this energy transformation is the core principle behind how a roller coaster operates, with the "gravitational energy" referring to the potential energy stored due to its position at height, and entropy increasing as some energy is lost to friction throughout the ride, causing the coaster to eventually slow down and stop.