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A rendition of the Fry graph. The Fry readability formula (or Fry readability graph) is a readability metric for English texts, developed by Edward Fry. [1]The grade reading level (or reading difficulty level) is calculated by the average number of sentences (y-axis) and syllables (x-axis) per hundred words.
The automated readability index (ARI) is a readability test for English texts, designed to gauge the understandability of a text. Like the Flesch–Kincaid grade level, Gunning fog index, SMOG index, Fry readability formula, and Coleman–Liau index, it produces an approximate representation of the US grade level needed to comprehend the text.
I Can Read! is a line of beginning reading books published by HarperCollins.The series is rated by level and is widely used to teach children to read English. The first book in the series was Else Holmelund Minarik's Little Bear, published in 1957, and subsequent notable titles have included Amelia Bedelia and Frog and Toad.
Nation (2005) suggests that learning from extensive reading should meet the following conditions: focusing on the meaning of the English text, understanding the type of learning that can occur through such reading, having interesting and engaging books, getting learners to do large quantities of reading at an appropriate level, and making sure ...
Readability is the ease with which a reader can understand a written text.The concept exists in both natural language and programming languages though in different forms. In natural language, the readability of text depends on its content (the complexity of its vocabulary and syntax) and its presentation (such as typographic aspects that affect legibility, like font size, line height ...
The basic idea behind a transit-time measurement of length is to send a signal from one end of the length to be measured to the other, and back again. The time for the round trip is the transit time Δt, and the length ℓ is then 2ℓ = Δt*"v", with v the speed of propagation of the signal, assuming that is the same in both directions.