Help me become more fit on Fitbit.com

Hi, Accept Alyssa F. just invited you to be friends on Fitbit. Hi, let's be friends on Fitbit.com. With a Fitbit.com account, we can see who can walk the most steps per day, run the farthest, or be the most active daily and weekly. We can support each other and take our fitness to another level. Fitbit on. Game on! At Fitbit.com , you can: Share your steps and fitness information with your friends. See how your friends are doing on their fitness goals. Form groups to encourage and challenge your friends. Buy a Fitbit Tracker to automatically track and upload information to your free account. Learn more The message was sent to ramsey.musallam.block2@blogger.com. Fitbit, Inc. - 405 Howard Street San Francisco, CA 94105 USA

Dennis, Conor, Deanna, Karina

Nicole Morris, Angelica Luis, Audrey Tu, Meisha Khan

Shivangee Devdhara and Melissa Bautista

Group 6 drawing, James, Brenda, Abby

By Huei-Anh Spencer

Dennis, Conor, Deanna, Karina

Huei-Anh Spencer

Maggie Ciara and Sarah

Meisha, Audrey, Nicole, Angelica

Sent from my iPhone

James gates, brendan dolan, abby cheng, brenda yap

Table

Huei-Anh and Sofia

Pressure
Temperature
Moles
Volume

From Angelica and Nicole

1. Increase in Mg
2. Increase in HCl
3. Decrease MgCl2
4. Decrease H2
5. Catalyst

kinetics intro

team 3 (pilar and alyssa). temperature, pressure, and catalysts

Five major factors
1. Temperature
2. Pressure
3. Size of particles
4. Concentration
5. Catalyst

List of factors to favor forward reaction

Lab Team #4 block 2

Increase moles of Mg or HCl
Decrease moles of MgCl2 or H2
Increase Pressure (volume decreases, move to side with less moles)
Catalyst

Sent from my iPad

lab team #5

The frequency of collision

The energy with which particles collide

Orientation/direction of collision

Increase in temp

Increase in concentration of dissolved reactants

Change in pressure

Change in surface area of solid reactants

Catalyst

Lab group 5:
-increase in temperature
-concentration/molarity
-use of catalysts