Alkaline AA Batteries 1.5V (2-pack)
Alkaline AA Batteries 1.5V (2-pack)
SKU:LR6-2S
A pair of alkaline AA batteries so you can get started right away with your light & optics experiments!
These are 1.5 volts each and will typically run a Light Blox for 8-10 hours.
A standard 3-pack of Light Blox will need 6 AA batteries, so please order Quantity = 3 of this product per Light Blox 3-pack you order.
*Note: You do not need to order these with Tech Light Lab, laser pointers or Laser Blox.
Light Blox enable safe hands-on learning with light and optics
Finally, hands-on color-mixing with light
The primary colors of light – red, green and blue - are not like the primary colors of pigments. When you mix all of the colors of paint, you get a mess – but when you mix the three primary colors of light, you get white light.
With the caps off, these classroom LEDs are perfect for creating the secondary colors of light (yellow, magenta and cyan) with additive color mixing. Or, mix all 3 for white light.
Perfect classroom tool for Reflection and Refraction
With the caps on, LightBlox double as a ray box! They project an easy-to-see beam in each of the primary colors of light (red, green, and blue), perfect for exploring how light bounces (reflects) and bends (refracts).
Students easily and intuitively uncover the law of reflection or measure the angle of refraction.
Explore, inquire and observe all the properties of light with one simple tool - no expensive equipment needed. Make the science of light and optics fun and accessible for students in grades 3-12!
Free lessons and activities included for mastering light
Light is a visually engaging and fun topic for kids and adults, but it can be abstract and difficult to teach also – so we’ve created dozens of labs, experiments, lessons and activities for mixing primary colors of light, reflection, refraction and more with LightBlox. Available for download in your order confirmation.
LEDs are the future of light
Lighting technology is moving fast, and understanding the fundamentals of light will be a cornerstone for science and engineering careers. LightBlox let you easily demystify how light works to prepare for a bright future.
The Easy Way to Learn About Light
INCLUDES FREE LESSONS AND WORKSHEETS
Reflection
Explore how light bounces in reflection with mirrors and other shiny surfaces.
Refraction
Learn why lenses bend light to form images in eyes, microscopes and telescopes.
Color Mixing
Blend your own color combinations to make new colors of light!
Frequently Asked Questions
How do I order with a tax-exempt certificate?
We only automatically charge tax to shipping addresses in Ohio. If you're in Ohio, please email us your tax exempt certificate with purchasing email you'll use. We will keep it on file and mark your purchasing email as tax exempt. Then you can place your order normally without being charged taxes.
If you're outside of Ohio, you can go ahead and order now without being taxed. Then, go ahead and email us your certificate so we can mark your account. If we expand in the future, we may eventually charge taxes in your state.
How do I order using a Purchase Order and Invoice?
We'll need to set up a custom order for you and mark it for payment due later. Please email us to receive a quote that includes shipping and taxes. Then, email us your PO. After shipping, we'll email you the invoice with payment details. Please note that if we do not have an existing relationship with your institution, we may require payment before shipping to reduce our risk of fraudulent orders.
Do you offer classroom discounts?
We offer discounts on most products for orders of more than 10 of any one item. Another price decrease is available at 25 pieces - typically what's needed for a classroom. If you are interested in those quantities, please email us and include your item and quantity details for a quote.
Tech Light Lab LED Optics Kit
Upgrade to the full kit to expand the learning potential of Light Blox! The Tech Light Lab kit includes three lenses, two mirrors with stands, a diffraction grating, and a protractor for measuring ray patterns!