Sankey diagram is named after Irish Captain Matthew Henry Phineas Riall Sankey. He first used this type of diagram in 1898.
yes i did because it is named after his last name
Err no
A circle can be used for many things in the work place such as a diagram or other chart.
its a diagram
A Sankey diagram often does not explain enough information.
Sankey diagram is named after Irish Captain Matthew Henry Phineas Riall Sankey. He first used this type of diagram in 1898.
Sankey diagram
A Sankey diagram often does not explain enough information.
A diagram which shows how many joules of energyn
yes i did because it is named after his last name
the sankey diagram for a tv has 180 j of electricity which is used into: 90 j light and 50 j sound and 40 j heat
Sankey diagrams are a type of flow diagram that describes the flow of resources proportional to the flow quantity. It is used in many industries and used to highlight necessary flows. Disadvantages of Sankey Diagram: Audiences who don't have enough idea on data visualization feel difficulty in understanding Sankey diagrams. Sankey diagrams make it hard to understand the flows of similar widths. This diagram requires a long explanation as everyone is not familiar with it.
The illustrations in Sankey diagrams are sized more or less proportionally to the rate or quantity of flow.
A Sankey diagram for a radio would show the flow of energy from the power source to various components within the radio, such as the tuner, amplifier, and speakers. It would visually represent how energy is distributed and transformed within the radio system.
The energy represented by each small square in a Sankey diagram is proportional to the flow of energy it represents, such as electricity, heat, or fuel. The exact amount of energy depends on the scale of the diagram and the units used to represent the flows. To determine the energy value of a small square, it is necessary to refer to the specific values provided or calculated based on the context of the diagram.
8,5 % light 89,0 % thermal dissipation 2,5 % electrical losses