'Exponentials' presentation slideshows

Networked Exponentials

We are just at the start exploring the opportunities of the Internet, with 90% or more of the possibilities still unexplored! Over three billion new minds are soon going to connect to the global network. The challenges of decentralization and distribution of previously hierarchical and centralized functions are revolutionizing the design of services. The exponential technologies, with their characteristic unpredictability, are disrupting industries that previously thought themselves immune to the digital revolution. What are the strategies to be able to leverage the new waves of technology? How can we quickly revise experiments creating virtuous circles of evolution? In today's hyper-connected world there are no barriers to entry and the distance between idea and action is reduced to zero!

1.96k views • 181 slides

Inverse Functions

Inverse Functions. Inverse Relations. 22. 4. 22. 4. The inverse of a relation is the set of ordered pairs obtained by switching the input with the output of each ordered pair in the original relation. (The domain of the original is the range of the inverse; and vice versa)

680 views • 39 slides

Bell Ringer # 5 (Quick Review)

Bell Ringer # 5 (Quick Review). Linear or Nonlinear? y = 3x + 1 Linear or nonlinear? 3x = 4 Linear or nonlinear? y = x 2. Chapter 7.5 Notes Objectives. SWBAT graph exponential functions. SWBAT identify data that display exponential behavior. CCRS: 30c, and 38. Exponential Function.

268 views • 14 slides

Class 26 : Question 1

Class 26 : Question 1. If a number very close to zero is divided by another number very close (not not equal) to zero, the result. A. must be a number very close to zero. B. must be a number very close to 1. C. could be any number. D. might not be a number at all. Class 26 : Question 2.

68 views • 5 slides

173 views • 4 slides

Algebra 2 Date: 04/16/14

108 views • 2 slides