Velocity. Velocity is a leading entrepreneurship program at the University of Waterloo and includes the largest free startup incubator in the world34. Velocity runs programs on campus and in the broader Waterloo region. There are no fees to participate in Velocity programs and Velocity does not take any equity from startups. For students, Velocity augments their education by incubating their natural entrepreneurial spirit. For alumni, Velocity provides an avenue to apply the education they receive from Waterloo in innovative ways as they build startups and launch new products. Velocity is a highly successful startup community, which contributed to the success of companies that include Kik, Thalmic Labs, Mappedin, Sortable and Vidyard. The Velocity Residence is a dorm for Waterloo students who wish to learn more about building a startup or work on their current companies and Velocity Start is an entrepreneurship discovery space that provides resources to learn about entrepreneurship. These spaces are home to a Makerspace, Problem Lab, and series of workshops, panels and sessions that run each term to help educate students about building a successful business. Velocity Science is a partnership with the Faculty of Science that continues to grow, providing a discovery lab, mentoring and coaching for any student with a life or material sciences startup. The Velocity Fund currently distributes $375,000 a year, thanks to private donors, and was created to provide seed funding and pitch experience to new and promising startups. The Velocity Garage has expanded to become the world’s largest free incubator35 at over 37,000 square feet of workspace and a peer community for up to 120 software, hardware, and science startups. More than 175 companies have started in the Velocity ecosystem and together they have seen over $530 million in investment, and created more than 1,200 jobs36. GreenHouse GreenHouse, located on the St. Paul’s University College campus, affiliated with the University of Waterloo, is a live−in social innovation incubator. It provides students from all Waterloo faculties with mentorship and coaching in their quest to develop innovative solutions for pressing social, environmental or health problems. 33 Statistics Canada, Business Register, December 2015, xxxxx://xxx.xx.xx.xx/eic/site/061.nsf/eng/h_03018.html#point1− 1 34 University of Waterloo Velocity, xxxx://xxxxxxxx.xxxxxxxxx.xx/2016/10/velocity−garage−celebrates−grand−opening−now− the−largest−free−startup−...
Velocity. Parameter Velocity describes the TCP velocity that is most used in your application in m/s. In the drop- down menu there are velocities ranged from 0.1 m/s to 1 m/s, increasing with step of 0.1 m/s. For selecting the velocity that is not in the options, select closest available as presented in the following examples:
Velocity. DRH has represented to the Town that its business model requires utility, roadway and building inspections to occur at or approximately at the time of construction, a time frame that the Town does not have the ability to meet at present staffing levels.
Velocity. The time rate of motion; the distance traveled divided by the time required to travel that distance. critical velocity: a) The maximum swimming speed that a fish can sustain over a specified distance or length of time, or the maximum water velocity against which a fish can sustain a position over a specified length of time; b) The velocity in a channel at which flow changes from laminar to turbulent; c) Velocity through which a fish will not swim, creating a velocity barrier. fish velocity or focal point velocity: Represents the velocity at the location occupied by a fish, measured at the fish's snout. Syn: Snout velocity, facing velocity. mean column velocity: The average velocity of the water measured on an imaginary vertical line at any point in a stream. A measurement at 60 percent of the depth, measured from the surface, closely approximates the average velocity for the water column. In water greater than 76 cm (30 in) in depth, the average of measurements made at 20 percent and 80 percent of the depth approximates the mean column velocity. mean cross sectional velocity: Represents the mean velocity of water flowing in a channel at a given cross-section. It is equal to the discharge divided by the cross-section area of the cross section. profile: A curve representing the velocity of flow along a given line. swimming velocity: See Swimming speed. thalweg velocity: The mean column velocity at the thalweg. V-notch: a) Narrow, steep-sided ravine or valley with V-shaped cross-section whose bottom usually contains a watercourse; b) A type of xxxx containing a V-shaped notch used for gauging discharge in small streams.
Velocity. The design bypass pipe velocity should be between 6 and 12 ft/s for the entire operational range. If higher velocities are approved, special attention to pipe and joint smoothness must be demonstrated by the design. To reduce silt and sand accumulation in the bypass pipe, pipe velocity must not be less than 2 ft/s.
Velocity. In the most common usage, the number obtained when GNP is divided by money supply. As such, it represents the number of times per year that each dollar in the money supply is spent on goods and services. Volatility Measures the variation of bond returns and/or interest rates over a set time period. It can be integral to pricing many issues with call options.
Velocity. 4.1. The parties acknowledge that the SERVICE PROVIDER’s performance of the Services in accordance with the target Velocity is dependent on the performance by the CUSTOMER of the CUSTOMER Responsibilities.
Velocity. Where time-of-travel data is not available, the equation: V=0.127 (Qact)0.69 (Slope) 0.1 (Qavg.)0.24 will be used to estimate stream velocities. In the above equation: • V is velocity in ft/sec., • Qact is the actual modeled stream flow in cfs • Slope is the average stream slope of the reach to be modeled in ft/mile, and • Qavg is the average yearly stream flow in cfs. If V calculated is less than 0.1 ft/sec assume V to equal 0.1 ft/sec. The above equation was developed from actual time-of-travel data taken on streams in Region IV and will continually be updated with intensive survey data. or V= 0.144 (Qact) 0.4 (Slope) 0.2 -0.2 • Depth Depth should not be used unless it has been accurately measured for the given stream.
