Use code RJTJFG for 20% off at checkout. Until 5/31/20

Previous PagePREV

|

NEXTNext Page
Physics Portable Battery Charger featuring the digital art The Drake Equation #5 by Monica Schroeder

Boundary: Bleed area may not be visible.

The watermark at the lower right corner of the image will not appear on the final product.

Share This Page

The Drake Equation #5 Portable Battery Charger

Monica Schroeder

by Monica Schroeder

$54.00

This product is currently out of stock.

Size

Orientation

Image Size

 
 

Product Details

You'll never run out of power again!   If the battery on your smartphone or tablet is running low... no problem.   Just plug your device into the USB port on the top of this portable battery charger, and then continue to use your device while it gets recharged.

With a recharge capacity of 5200 mAh, this charger will give you 1.5 full recharges of your smartphone or recharge your tablet to 50% capacity.

When the battery charger runs out of power, just plug it into the wall using the supplied cable (included), and it will recharge itself for your next use.

Design Details

The center of the Milky Way is a crowded neighborhood and not always a calm one, as seen in this image from NASA's Chandra X-ray Observatory. In The... more

Dimensions

1.80" W x 3.875" H x 0.90" D

Ships Within

1 - 2 business days

Additional Products

The Drake Equation #5 Digital Art by Monica Schroeder

Digital Art

The Drake Equation #5 Canvas Print

Canvas Print

The Drake Equation #5 Framed Print

Framed Print

The Drake Equation #5 Art Print

Art Print

The Drake Equation #5 Poster

Poster

The Drake Equation #5 Metal Print

Metal Print

The Drake Equation #5 Acrylic Print

Acrylic Print

The Drake Equation #5 Wood Print

Wood Print

The Drake Equation #5 Greeting Card

Greeting Card

The Drake Equation #5 iPhone Case

iPhone Case

The Drake Equation #5 Throw Pillow

Throw Pillow

The Drake Equation #5 Duvet Cover

Duvet Cover

The Drake Equation #5 Shower Curtain

Shower Curtain

The Drake Equation #5 Tote Bag

Tote Bag

The Drake Equation #5 Round Beach Towel

Round Beach Towel

The Drake Equation #5 Zip Pouch

Zip Pouch

The Drake Equation #5 Beach Towel

Beach Towel

The Drake Equation #5 Weekender Tote Bag

Weekender Tote Bag

The Drake Equation #5 Portable Battery Charger

Portable Battery Charger

The Drake Equation #5 Bath Towel

Bath Towel

The Drake Equation #5 T-Shirt

Apparel

The Drake Equation #5 Coffee Mug

Coffee Mug

The Drake Equation #5 Yoga Mat

Yoga Mat

The Drake Equation #5 Spiral Notebook

Spiral Notebook

The Drake Equation #5 Fleece Blanket

Fleece Blanket

The Drake Equation #5 Tapestry

Tapestry

The Drake Equation #5 Jigsaw Puzzle

Jigsaw Puzzle

The Drake Equation #5 Sticker

Sticker

The Drake Equation #5 Ornament

Ornament

Portable Battery Charger Tags

portable batteries chargers drake portable batteries chargers alien portable batteries chargers space portable batteries chargers physics portable batteries chargers drake equation portable batteries chargers drakes portable batteries chargers astronomy portable batteries chargers extraterrestrials portable batteries chargers aliens portable batteries chargers outer space portable batteries chargers outerspace portable batteries chargers life on other planets portable batteries chargers science portable batteries chargers symbols portable batteries chargers universe portable batteries chargers

Digital Art Tags

digital art drake digital art alien digital art space digital art physics digital art drake equation digital art drakes digital art astronomy digital art extraterrestrials digital art aliens digital art outer space digital art outerspace digital art life on other planets digital art science digital art symbols digital art universe digital art

Comments (0)

There are no comments for The Drake Equation #5.   Click here to post the first comment.

Artist's Description

The center of the Milky Way is a crowded neighborhood and not always a calm one, as seen in this image from NASA's Chandra X-ray Observatory. In The Drake Equation is used to calculate the possible number of extraterrestrial civilizations in the Milky Way Galaxy.

N = R* fp ne fl fi fc L

N = number of civilizations with which humans could communicate.
R* = mean rate of star formation.
fP = fraction of stars that have planets.
ne = mean number of planets that could support life per star with planets.
fl = fraction of life-supporting planets that develop life.
fi = fraction of planets with life where life develops intelligence.
fc = fraction of intelligent civilizations that develop communication.
L = mean length of time that civilizations can communicate. to the supermassive black hole at the center, the area is filled with all sorts of different inhabitants that affect and influence one another. The image shows three massive star clusters: the Arches...

 

$54.00