Sustainable Consumption Asya Akchurin Alyssa Altamirano William Cartwright.

Slides:



Advertisements
Similar presentations
Climate Action Team Training Series Session #3: Transportation Julio Magalhães, PhD Global Warming Program Coordinator Loma Prieta Chapter, Sierra Club.
Advertisements

Presentation N.S. Survey 1: 7/11/2014. How do you usually travel TO school?
Energy: Can We Get More? Can We Use Less Amy Myers Jaffe Wallace S. Wilson Fellow for Energy Studies James A. Baker III Institute for Public Policy Houston.
Road Transport ImpEE Improving Engineering Education PROJECT THE.
Source: Class Slides for the MPG Illusion These slides may be used without copyright approval Please acknowledge
Carpooling By Gabe Fortunato.
MET 12 Global Climate Change – Lecture 12
By: GT Salamone.  The amount of carbon dioxide emitted due to the consumption of fossil fuels by a particular person or group.  The total amount of.
What is a carbon footprint? A carbon footprint is a measure of the impact our activities have on the environment, and in particular climate change. It.
Mitigation Strategies Review LP Mitigation Strategy #1: Transportation Efficiency A car that gets 30 mpg releases 1 ton of carbon into the air.
Beyond Gasoline: Drive Less. US Cars and Drivers US Population: 300 million Licensed drivers 190 million Cars and light trucks. 210 million.
Public Transportation as an Alternative to Driving By: Derrick Alba.
Cake B. Smart Grid Description –Communication between grid and appliances –Peak load shaving and elimination of vampire loads CO 2 savings from distribution.
Oil Consumption Oil, Gasoline, Consumption, Prices.
Introduction to Fuel Cell Systems. Overview Introduction Current Environmental Situation Why Fuel Cells? Fuel Cell Fundamentals System Applications Challenges.
MITIGATING CLIMATE CHANGE. WHAT WE KNOW The level of greenhouse gases in the atmosphere have increased, causing the Earth’s temperature to rise. One greenhouse.
Starter: In your books … List all of the items that require electricity. Challenge: Could you survive in a world without any electricity? Carbon Footprints.

Carbon Footprint Reduction By: Tanner Joseph Lagace.
United States Oil andNational Debt CrisisUnited States Oil andNational Debt Crisis By: Robert Ostrander Alexa DiBartolomeo Emma Ferrari Can You Find The.
Moving Efficiently: Improving How We Transport Goods in America Glen P. Kedzie Vice President, Energy & Environmental Counsel American Trucking Associations.
Transportation choices and CO 2 emissions By: Dayanara Veliz & Abel Adam.
1 MET 12 Global Warming: Lecture 12 Transportation Shaun Tanner Outline:   Energy use   Petroleum   Hybrid   Electric   Fuel Cell   Biofuels.
 Introduction  3. All About Us  4. Personal uses of natural resources  5. Our impact-CO2 Calculator  6-8. Energy use-CO2, transportation, and electricity.
How much CO 2 does a coal-burning power plant emit? How much coal does it take to produce one kwh of electricity? A typical coal burning power plant (500.
11. 2 Public Transportation’s Role in a Greenhouse Gas Reduction Strategy Kevin Desmond King County Metro Transit Division Seattle, WA On behalf of the.
How Will America Survive Without Foreign Oil? Ideas for Today and Tomorrow.
VICS Empty Miles Time Is UP! Production growth will eventually stop and production will peak. Production is already past its peak in 54 of the 65 largest.
Efficiency of Cars CREATE A PRESENTATION ABOUT HOW INCREASING THE EFFICIENCY OF CAR ENGINES WILL CHANGE AMERICA.
Oil Eyes and Gas Gauges How much, Where, How long? Ronnie D. Lipschutz Politics Department UC-Santa Cruz.
Example 1 Solve for a Specific Variable Solve 5b + 12c = 9 for b. 5b + 12c = 9Original equation 5b + 12c – 12c = 9 – 12cSubtract 12c from each side. 5b.
Global Warming By: Ryan Collins and Nguyet Luong.
Faculty/Staff Commuter Habits William T. Weller Alex Gates Eric Friederichsen Geology 214.
Vocabulary literal equation – another name for a formula dimensional analysis – the process of carrying units throughout a computation unit analysis –
UofL GREENHOUSE GAS EMISSIONS INVENTORY 2006 – 2010.
Copyright 2014 © W. Seth Hunter ConsumerMath.org L2.3 The Cost of Gas I get paid weekly, but pay bills monthly. How can I be sure I am not going to run.
Leave space How far do you drive in a week? (or, how far do your parents drive you) What kind of gas mileage does your car (your parents car) get? What.
The MPG Illusion. Fuel Efficiency Ace drives a car that averages 10 mpg and is considering trading it in on a new car that averages 12 mpg. Buddy drives.
HYBRID VEHICLES Toyota Prius Honda Civic
By: Marissa Mahoney.
Ch Owning and Operating Costs Objective 1.Calculate car mileage per gallon 2. Compute operating costs 3. Compute costs of leasing a car.
Splash Screen. Then/Now You solved equations with variables on each side. Solve equations for given variables. Use formulas to solve real-world problems.
Math.  Multiply as you would with integers…you do not have to line the decimals up!  To place the decimal point in the product (your answer), count.
UCLA TRANSPORTATION Getting to Campus. Sustainable Transportation UC Goals – Carbon-Neutrality in Operations by 2025 – Sustainability Practices by 2020.
Car fuel consumption figures depend on: The energy required to increase kinetic energy –Avoid harsh acceleration and heavy braking. Pulling away too fast.
Energy Conservation. Hydroelectric 1.0 Geothermal Nuclear 3.0 Natural Gas 16.4 Coal 18.3 Petroleum Oil 20.0 Imported Oil 15.5 Rejected Energy 35.7.
Power Point Created by: Katlyn Brown. What is your Carbon Footprint? Your carbon footprint is the sum of all emissions of CO2 (carbon dioxide), which.
Literal Equations and Dimensional Analysis
Transportation Erika Grether Meghan Lockwood. How Have US Driving Habits Changed Since 1970?
Carbon Footprint Reduction By Erin Burke. What is a Carbon Footprint? Everyone and everything generates a carbon footprint. A Carbon Footprint is the.
Energy Efficiency and Conservation
CO 2 gas levels in the atmosphere are at 388ppm, 37% higher than anytime in the last 400,000years CO 2 is a greenhouse gas which traps more heat in.
Carbon Footprint By Sarah Janson. What is a Carbon Footprint? A Carbon Footprint can be defined as the total amount of greenhouse gases produced to directly.
The Toyota Prius is a Hybrid car that runs on an Electric Motor. Currently most fuel efficient car sold in the US. 2 nd least CO2- emitting vehicle
By: Christina Nahar Conservation Transport.  An effective strategy to reduce greenhouse gas emissions must include: -Improved fuel economy -Reduce carbon.
 Transportation choices and CO 2 emissions By: Dayanara Veliz & Abel Adam.
CARBON FOOTPRINT. REMEMBER THE CARBON CYCLE… LIST THE VARIOUS WAYS YOU DEPEND ON ENERGY IN A TYPICAL DAY.
SCE GOES GREEN. Who are we? Why? *** Research Question *** What is our plan? *** Collecting Data *** Results *** Conclusion The Content.
Literal Equations (2-8) Objective: Solve equations for given variables. Use formulas to solve real-world problems.
Public Transportation as an Alternative to Driving
Mitigation Strategies Review
Lab 5, Part 3: Your Own CO2 Emissions
Mitigation Strategies Review
Kings County Commute Data
Uber Like Taxi App Solution
Translate Sentences into Equations
Literal Equations and Dimensional Analysis
example 3 Miles Per Gallon
Carbon Foot Print Personal Ecological Impact / Carbon Footprint……..
Less Plastic Water Bottles
Presentation transcript:

Sustainable Consumption Asya Akchurin Alyssa Altamirano William Cartwright

Our Transportation Consumption Patterns Week 1Week 2

Average American Transportation Consumption and Emission  Avg. car = 21 mpg  Avg. gallon emits 8887 g CO2  Avg. CO2 emissions = 423 g CO2/mile  Avg. American drive 230 miles per week  This leads to 97,615 g CO2 emissions/week per person

Every.003 g of CO2 emitted is equivalent to 1 liter of oil This means that on average every week an American consumes 32,500,000 liters of oil!!

Personal Emissions Week 1  Total of 42 miles driven  42 miles x 423 g CO2/mile = 17,766 g CO2 emitted by 3 people in one week (mostly Billy) Week 2  Total of 48 miles driven  48 miles x 423 g CO2/mile = 20,304 g CO2 emitted by 3 people in one week

Emissions Reduced by Walking  On average, one person reduces CO2 emissions by 300 kg a year  This is equal to g CO2 per week  Using our personal data:  Week 1 we saved 141, g CO2 by walking  Week 2 we saved 163, g CO2 by walking

Alternatives to Driving  Metro  Biking  Taxi or Uber!  Carpooling  Walking