Sponsored images from 
View allAll Photos Tagged Understanding
Vincent Nmehielle, Secretary-General, African Development Bank; Ken Ofori-Atta, Minister for Finance and Economic Planning, Ghana, and delegates having a group portrait during Signing of Memorandum of Understanding for the hosting of the Annual Meeting 2021.
Sometimes it's so hard to understand life and others your just to busy to notice. This world is confusing but that doesn't mean you can't love it and enjoy the time that you have here on earth. My advice to you is to live life the way you want it and never question yourself. This is our world but it doesn't mean we all have to live the same way. Be original and be different.
concept: for my understanding about a close up nature photography is we need to focus on some part of object that draw our attention to it, and leave other part slightly blur that we can still see some detail. this photography i emphasized the flow bud, and i increased clearly to it for further emphasis it.
Memorandum of Understanding (MOU) is a type of agreement which is executed between two or more parties describing the rights and obligations of the parties. Generally, it is executed for initial discussions. Hence it consists the features of oral discussion among the parties. Website:- enterslice.com/memorandum-of-understanding
Every four-fold (quadralectic) communication goes in the empirical part (X) through these phases. The various inflection-points in the visibility area X are given on the CF-graph (fig. 51). These locations mark distinct moments in a (universal) communication. Their meaning, as an indication of a particular distance between observations is vital in the understanding of quadralectic thinking.
The visible area (X) contains the following points of description:
FV -First Visibility
AP - Approach Point
FMA -First Major Approach
FVC -First Visibility Crisis
PP - Pivotal Point
SVC - Second Visibility Crisis
SMA -Second Major Approach
RP -Receding Point
LV - Last Visibility
The vertical axis of the graph shows the values of the communication factor (CF). The communication factor CF is a measure for the maximal (CF = 22) or minimal (CF = 6) shift between partners, which is possible within a communication. The concepts of 'approach' (intensio/attraction/convergence) and 'alienation' (remissio/estrangement/divergence) provides, in turn, a possibility to describe and evaluate a communication.
FV - The First Visibility is defined as the very distinction in time and place when some form of (measurable) recognition takes place between the communication partners. The event takes place at the beginning of the second subdivision of the Second Quadrant (II, 2), when the critical value of CF = 11 is reached. The FV is located at 5/16th part of the full communication cycle V.
AP - The Approach Point marks the position on the CF-graph where the CF-values drop for the first time below the value of CF = 11. This point lies at the end of the second subdivision of the Second Quadrant (II, 2). The AP is fixed at 3/8th part of the quadralectic cycle V and at 1/10th part of the visible visibility area (X).
FMA - The First Major Approach is characterized by the lowest CF-value on the CF-graph (CF = 6) at the end of the third subdivision in the Second Quadrant (II, 3). The FMA has the greatest intensio, which means that the maximum visible result of the communication will be gained at this particular point. All the potential possibilities of the communication become apparent at this point.
FVC - The First Visibility Crisis is situated at the end of the first subdivision in the Third Quadrant (III, 1) where the CF-value (CF = 13) reaches for the first times its greatest remissio (or alienation). This process causes tension within the communication and results in a mental confusion or some sort of ‘identity crisis’ between the partners.
PP - The Pivotal Point is situated in the middle of the visible visibility area X and also in the middle of the Third Quadrant. The point lies on a vertical symmetry axis, which mirrors the values of the CF-graph (restricted to the area X). The oppositional character is consciously felt since the CF-value is 10, i.e. within the realm of visible visibility.
SVC - The Second Visibility Crisis is to be found at the end of the third subdivision in the Third Quadrant (III, 3) where the CF-value (CF = 13) reaches for the second times its greatest remissio (or alienation). Again, the tension mounts as a result of the alienation, but now with regards to the material side (in terms of gains and loss).
SMA - The Second Major Approach is identifiable by the lowest CF-value on the CF-graph (CF = 6) and is situated the end of the first subdivision in the Fourth Quadrant (IV, 1).
The SMA has - just like its predecessor the FMA - the greatest intensio, resulting in a maximum visibility of the essential elements of the communication. All potential possibilities (of the FMA) are now materialized and can be appraised.
RP - The Receding Point marks the start of a period of equilibrium (CF = 11) at the beginning of the third subdivision of the Fourth Quadrant (IV, 3). The RP is fixed at 7/8th part of the quadralectic communi-cation cycle V and at 9/10th of the visibility area X.
LV - The Last Visibility is the antagonist of the First Visibility and situated at the very end of the visibility area X (IV, 3), where the CF-value 11 is reached for the last time. It signifies the last notion of (measurable) recognition between the communication partners. The LV is located at 15/16th part of the full communication cycle V.
Pp. 122ff in: 'Visions of Four Notions' by Marten Kuilman (2011)
Portrait of Vincent Nmehielle, Secretary-General, African Development Bank, and Ken Ofori-Atta, Minister for Finance and Economic Planning, Ghana while addressing during Signing of Memorandum of Understanding for the hosting of the Annual Meeting 2021.
Your anxiety and self-doubt are preventing you from reaching your full potential
So many of us are afflicted with negative, outdated programming that keeps us from reaching our full potential. In my many years as a psychologist, the two self-defeating inscriptions I’ve encountered the most ar...
howdoidate.com/personal-development/how-to-ditch-anxiety-...
The Buffer tool, a geoprocessing tool in the Analysis toolbox in ArcToolbox, generates buffer polygons, or offsets, around input features at a specified distance. Buffers show the area that is within some distance of the input features. The tool is popular because the concept of buffering is easy to understand and buffering plays an important role in many geoprocessing workflows involving proximity or distance analysis (i.e., How far away are these things? or What features are within a distance of other features?). Because the Buffer tool is important in performing proximity tasks, a key goal for developers working on this tool has been to ensure that buffers accurately depict distances around features. This image:
Studying in the UK: Understanding the Higher Education culture and the ways in which students will be expected to study at Salford.
Visit our Student Life Study Skills website www.als.salford.ac.uk/
Understanding Our Practices from Seed to Scrap. November 17, 2012 at the HiVE in Vancouver. Photo by Amy Tran.
Use this document to ask for suggestions on things you could have done better. Understanding what Tenant(s) want AND need from their rentals will mean you're ahead of your competition and will ultimately lead to greater profits for you as you'll be able to better accommodate your future Tenant(s).
The Buffer tool, a geoprocessing tool in the Analysis toolbox in ArcToolbox, generates buffer polygons, or offsets, around input features at a specified distance. Buffers show the area that is within some distance of the input features. The tool is popular because the concept of buffering is easy to understand and buffering plays an important role in many geoprocessing workflows involving proximity or distance analysis (i.e., How far away are these things? or What features are within a distance of other features?). Because the Buffer tool is important in performing proximity tasks, a key goal for developers working on this tool has been to ensure that buffers accurately depict distances around features. This image:
20 ottobre ore 18.45: presso la sede RUFA Pastificio Cerere in via degli Ausoni 7 a Roma, la presentazione del volume “Understanding Experience” scritto da Stefano Dominici e Laura Angelucci. “Understanding Experience” è un libro che vuole ispirare a utilizzare l’approccio human-centered per progettare prodotti e servizi realmente utili alle persone.
AHF's Latino Outreach & Understanding Division (LOUD) hosted their 3rd annual SOMOS Gala to commemorate National Hispanic Heritage Month on Saturday October 21st at the iconic Fontainebleau Hotel in Miami Beach, Florida. The formal gala dinner and ceremony honored the contributions of both individuals, organizations, and Celebrity honoree Olga Tañon for their contribution to the advancement and well-being of Latino communities in the United States and Puerto Rico.
The Buffer tool, a geoprocessing tool in the Analysis toolbox in ArcToolbox, generates buffer polygons, or offsets, around input features at a specified distance. Buffers show the area that is within some distance of the input features. The tool is popular because the concept of buffering is easy to understand and buffering plays an important role in many geoprocessing workflows involving proximity or distance analysis (i.e., How far away are these things? or What features are within a distance of other features?). Because the Buffer tool is important in performing proximity tasks, a key goal for developers working on this tool has been to ensure that buffers accurately depict distances around features. This image:
The St. Louis Regional Freightway, Plaquemines Port Harbor & Terminal District and four ports in the St. Louis region entered into a Memorandum of Understanding on March 27 to establish and grow an alliance to generate new business by promoting international and inland trade routes at strategic locations along the Mississippi River.
The Buffer tool, a geoprocessing tool in the Analysis toolbox in ArcToolbox, generates buffer polygons, or offsets, around input features at a specified distance. Buffers show the area that is within some distance of the input features. The tool is popular because the concept of buffering is easy to understand and buffering plays an important role in many geoprocessing workflows involving proximity or distance analysis (i.e., How far away are these things? or What features are within a distance of other features?). Because the Buffer tool is important in performing proximity tasks, a key goal for developers working on this tool has been to ensure that buffers accurately depict distances around features. This image:
The Buffer tool, a geoprocessing tool in the Analysis toolbox in ArcToolbox, generates buffer polygons, or offsets, around input features at a specified distance. Buffers show the area that is within some distance of the input features. The tool is popular because the concept of buffering is easy to understand and buffering plays an important role in many geoprocessing workflows involving proximity or distance analysis (i.e., How far away are these things? or What features are within a distance of other features?). Because the Buffer tool is important in performing proximity tasks, a key goal for developers working on this tool has been to ensure that buffers accurately depict distances around features. This image:
The St. Louis Regional Freightway, Plaquemines Port Harbor & Terminal District and four ports in the St. Louis region entered into a Memorandum of Understanding on March 27 to establish and grow an alliance to generate new business by promoting international and inland trade routes at strategic locations along the Mississippi River.
The St. Louis Regional Freightway, Plaquemines Port Harbor & Terminal District and four ports in the St. Louis region entered into a Memorandum of Understanding on March 27 to establish and grow an alliance to generate new business by promoting international and inland trade routes at strategic locations along the Mississippi River.
The St. Louis Regional Freightway, Plaquemines Port Harbor & Terminal District and four ports in the St. Louis region entered into a Memorandum of Understanding on March 27 to establish and grow an alliance to generate new business by promoting international and inland trade routes at strategic locations along the Mississippi River.
The Buffer tool, a geoprocessing tool in the Analysis toolbox in ArcToolbox, generates buffer polygons, or offsets, around input features at a specified distance. Buffers show the area that is within some distance of the input features. The tool is popular because the concept of buffering is easy to understand and buffering plays an important role in many geoprocessing workflows involving proximity or distance analysis (i.e., How far away are these things? or What features are within a distance of other features?). Because the Buffer tool is important in performing proximity tasks, a key goal for developers working on this tool has been to ensure that buffers accurately depict distances around features. This image: