Aakanksha. Can we help Captain Kirk power up his Communicator using lemons?

Slides:

Advertisements

Similar presentations

ETF Activities Boyle’s Law Lemon Battery.

Advertisements

Where Am I?. Name of State Here Insert the description of the state here. Insert a clip art picture of the state.

Electricity Investigation 2 Review.

Voltage r1.04. The Snapshot button is used to capture the screen. The Journal is where snapshots are stored and viewed. The Share button is.

Conductors and Insulators

Introducing circuits.

Register Digital Multimeter Usage Click Register to begin the course.

Making A Motor Exploring the Magic of Electricity.

1 Electricity Merit Badge Class 2 – 2013 National Scout Jamboree 9 June 2015 Electricity Merit Badge Class 2 - Magnetism.

Vex 1.0 © 2005 Carnegie Mellon Robotics Academy Inc. BATTERY BASICS The Lemon Cell (Battery)

What are we doing today? Internal Resistance Emf Using a graph to find the internal resistance and emf of a potato cell.

C AN LEMONS PRODUCE A VOLTAGE A IDAN S CHILLING Lemon Batteries.

Potato Battery Activity.  Part 1: Engage  How does a battery power something?  What is a battery made of?  What happens inside the battery that allows.

By Eric Urban. Which metals zinc plate the best using electricity?

 Can a light bulb be lite by different types of fruit.

Neurons and Action Potential. Objectives 1.Understand the anatomy of a neuron and how signals travel along neurons. Describe parts and function of neuron.

 How to make a lemon battery.. Materials that you’ll need  An OLD penny from that contains copper  A steel metal paper clip  A lemon  a.

AC vs. DC. Basic Direct Current Circuits Most circuits will have the following core items in common. Power source Load or Resistance Control (switch)

Big question - Which fruit and vegetable conducts the most electricity ?

Energy Conversions Vanderbilt Student Volunteers for Science Fall, 2005.

The lemon battery How do batteries work ?. How can you get energy ?  Energy cannot be created or destroyed, but it can be saved in various forms. One.

Register Digital Multimeter Usage Click Register to begin the course.

With a knowledge of how to connect cells in parallel and series, we can figure out how to arrange batteries to deliver a desired voltage, and in some cases,

Science Electricity: Lesson 8: How a Bulb Works Day 1.

Electrochemistry. What is electrochemistry? Electro: – Electricity Chemistry: – Science that studies changes in matter Electrochemistry: – Using chemical.

Year 10 Chemistry. Getting Started You can make a simple electrical cell from a lemon, a think piece of copper wire and a trip of magnesium. 1.Clean the.

Bellwork (2/26) What do voltage sources do in a circuit? They do work on charges that is transferred into electric potential energy. Aside: High voltages.

Lemon and Potato Wet Cell Batteries

Battery Paper Clip Coiled wire, resting in curve of paper clip End of wire with one side stripped of coating (not to scale) Disk Magnet Side View Front.

Bellwork (2/26) What do voltage sources do in a circuit? They do work on charges that is transferred into electric potential energy. Aside: High voltages.

The Battery Project Made by: Moe Malekafzaly.

Name _______Lesson 4A – Making Electricity Gr.6 __ By Making a Battery Watch the Google Video, “Build a Lemon Battery”, then answer the following:

The Physics of Electricity and Magnetism Activity: Being a Part of a Current Event 9-12 Science Std: Phys 5h, 5j.

Breaking into Chemical Energy Camri, Katrina, Tori, & Sarah.

2c) Energy and Potential Difference in Circuits Part 1 Current and Charge.

EG1004 Laboratory 9: Lemon-Powered Car. Overview Experimental Objective Introduction Background Information Materials Procedure Conclusion.

Making a Voltaic Pile Generating Voltage: Creating energy for a cell cell.

ASSEMBLING THE PCB Have the PCB in front of you as shown. Make sure there are no copper tracks showing. This side is called the component side.

Energy. What is Energy? It’s the ability to make work!

Potato Clocks and Juice Clocks

QOD #29 What is happening when you are brushing your hair and it starts going all over the place? (Explain using what you have learned this week about.

BENGAL TIGER. ATOM COPPER ATOMS OF CONDUCT ORS.

What materials are the best conductors. Possible Materials Aluminum Foil Paper Clips Wood Plastic Rubber Bands String.

Science and the World Magnetism Activity Engagement for Electromagnetic Force.

Energy Transformations November 7, 2011 Ms. Smith Mrs. Malone : DO NOW: “Vocabulary for Quiz 11” 1.Tape in “Vocabulary for Quiz 11” onto page ______ of.

Matter and Energy November 13, 2012 Ms. Smith Mrs. Malone DO NOW: Date: November 13, C demonstrate energy transformations such as how energy in.

Conducting Electricity with Fruit By Darren Concannon, Jack Madden and Pearce McDermott.

Watch the Google Video, “Build a Lemon Battery”, then answer the following: Name ______ 6__Lesson 4A – Making.

Building a Lemon Battery To begin to understand how batteries work, I can help to build simple chemical cells using readily available materials which can.

How does the type of metal affect how much current a circuit has?

Grapefruit Powered Light Jason Fox MEEN Instructions To start the procedure I used Zinc coated 3.5 inch nails and Copper out of a neomex electrical.

Science Fair. Big Question Which food item will produce a larger electrical current, a potato or a lemon? If I test it both without and with.

Electrical Energy Sources Spring 2015

Madi, Yasmine and Riley. Our Project Our project was to try to make different wattage light bulbs in a lamp to run off of a citrus fruit.

To install the four wires from the back of the coil machine, loosen the four knobs. Keep each wire in center under each knob, off to the side will allow.

How does the type of metal affect how much current a circuit has?

PHYSICS CLASS ACTIVITY

Aakanksha. Can we help Captain Kirk power up his Communicator using lemons?

The wonderful world of batteries

Circuit Introduction Section 1:

خواص المادة Here are some notes.

To install the four wires from the back of the coil machine, loosen the four knobs. Insert each of the four wires from the side under the knobs. Keep each.

Circuits & Voltage.

Exploring the Magic of Electricity

By: Allison Helton Completed: December 2nd, 2014

Harnessing Electricity from Chemical Reactions

Charged Up!v2 Connecticut Invention Convention

FRUIT POWER! By: Lily Marriott.

Potato Power Vanderbilt Student Volunteers for Science

Best Conductor Johnny Ren.

Presentation transcript:

Aakanksha

Can we help Captain Kirk power up his Communicator using lemons?

 A lemon  Penny  Zinc coated screws  Multimeter  2 alligator clips

1. Insert penny & zinc coated screw into the lemon. 2. Connect 2 wires with alligator clips to the penny and the screw. 3. Connect the Multimeter to the other end of the two wires. 4. Measure the voltage

All batteries have a "+" and "-" side. The Lemon Battery in the picture shows Copper = positive (+) Zinc/Steel (eg. paper clip) = negative (–)

Yes, now we can help Captain Kirk get back to his spaceship ! Yippie!

1.5 V V =

1. Connect the penny of one lemon to the zinc screw of the next lemon. 2. Measure voltage. 3. Repeat to connect 3 lemons. 4. Measure voltage again. ( You should have one lemon with penny unconnected at one end and one lemon with zinc screw unconnected at the other end. )

 Use alligator clip to connect the lemon battery to the Digital Clock.  Positive side (lemon battery)  Positive side (Digital clock)  negative side (lemon battery)  negative side (Digital clock) Digital Clock

  MiniScience.com MiniScience.com   