#Power of ten video how to
#Power of ten video manual

The original concept underlying this tutorial was advanced by Dutch engineer and educator Kees Boeke, who first utilized powers to aid in visualization of large numbers in a 1957 publication entitled ' Cosmic View, the Universe in 40 Jumps'. As a consequence, the relative size and positioning of several objects in the tutorial reflect this fact. Due to the fact that discrete exponential increments are not always the most convenient interval for illustrating this concept, our artists and programmers have made dimensional approximations in some cases. Note: - The sequence of images in this tutorial has been optimized for maximum visual impact. To learn more about the relative sizes of things, visit our Perspectives: Powers of 10 activity site. It is important to understand and be able to compare the size of things we are studying. Other things are so far away that a powerful telescope must be used in order to see them. Some phenomena that scientists want to observe are so tiny that they need a magnifying glass, or even a microscope. Scientists examine things in particular ways using a combination of very sophisticated equipment, everyday instruments, and many unlikely tools. For example, compare the size of the Earth to the size of a plant cell, which is a trillion times smaller :Д®arth = 12.76 x 10 +6 = 12,760,000 meters wide Exponential notation is a convenient way for scientists to write very large or very small numbers. On the lower left is the same number written in powers of ten, or exponential notation. The number that appears on the lower right just below each image is the size of the object in the picture.

Notice how each picture is actually an image of something that is 10 times bigger or smaller than the one preceding or following it. Click on the Auto button to return to the Automatic mode.

#Power of ten video manual

Once the tutorial has completely downloaded, a set of the arrows will appear that allow the user to increase or decrease the view magnitude in Manual mode. After that, begin to move from the actual size of a leaf into a microscopic world that reveals leaf cell walls, the cell nucleus, chromatin, DNA and finally, into the subatomic universe of electrons and protons. Then move through space towards the Earth in successive orders of magnitude until you reach a tall oak tree just outside the buildings of the National High Magnetic Field Laboratory in Tallahassee, Florida. View the Milky Way at 10 million light years from the Earth. вЂњWhat if it had to cost more than a million dollars to implement?вЂќ вЂњOr less than 25 cents?вЂќ вЂњWhat if it was larger than this room?вЂќ вЂњOr smaller than a wallet?вЂќДesign thinking bootleg by d.Molecular Expressions: Science, Optics and You - Secret Worlds: The Universe Within - Interactive Flash Tutorial

Powers of ten for ideationДЄdd constraints that alter the magnitude of the solution space. Does this alter user behavior? Probe for nuances in your insight. Now imagine the user is shopping for items over a wide magnitude of costs-from mints, to a bed, to a house.

You already observed that users read customer reviews before purchasing, and developed the insight that users value peer opinions when shopping. Imagine youвЂ™re designing a checkout experience.

#Power of ten video how to

How to use Powers of TenД¬onsider increasing and decreasing magnitudes of context to reveal connections and insights. It allows your design team to consider the challenge at hand through frames of various magnitudes. Powers of Ten is a reframing technique used as a synthesis or ideation method.