Educational, Technical, Professional, Articulate, Narrator - Educational & Technical Narration

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Elearning
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Description

Brandon Richard specializes in authentic, conversational voiceovers that’ll make your projects stand out and help you connect with your audience.

-High Quality Audio - As processed or raw as you want
-Fast Turnarounds - Same-day delivery for many projects
-Constant Communication - Communicate with Brandon from the first step to completion
-Directed Sessions Available - Flexible times available for international time zones or tight deadlines

Voice Styles and Roles: Articulate, Amusing, Authentic, Attractive, Funny, Caring, Concerned, Confident, Emotional, Endearing, Engaging, Genuine, Sincere, Softspoken, Warm, Trustworthy, Straightforward, Believable, Motivational, Industrial, Hopeful, Inspirational, Intelligent, Believable, Conversational, Generation Y, Sophisticated, Guy Next Door, Regular Joe, Relatable, Alpha Male, Presenter, Professional, Commercial, Business, Corporate, Edgy, Spokesperson, Narrator, Announcer, Storyteller, Personable, General American, North American, US GenAm, US Midwest.

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Vocal Characteristics

Language

English

Voice Age

Middle Aged (35-54)

Accents

North American (General) North American (US General American - GenAM) North American (US Midwest- Chicago, Great Lakes)

Transcript

Note: Transcripts are generated using speech recognition software and may contain errors.
Ah hydrologic model is a simplification of a real world system that aids in understanding, predicting and managing water resource is both. The flow and quality of water are commonly studied using hydrologic models. One example of this would be mod flow, a computational groundwater flow model based on methods developed by the U. S Geological Survey. Statistical moments are used to describe the information content of data to common techniques include L moment ratios and moment ratio diagrams. Examples of extreme value distributions include the Gumbel, Pearson and Generalized Extreme Value. The standard method for determining peak discharge uses the Log Pearson Type three distribution and observed annual flow peaks.