Photograph 46491
Photograph 46491
photograph · rule, not yet confirmedClassified by size, repetition and page coverage. Rules help classify and never discard: the picture stays recorded either way.native pixelsThe image stream embedded in the document, stored as it was.717 × 778 px · jpegappears in 1 place
native pixelsThe image stream embedded in the document, stored as it was.
No faces were found in this picture.
Appears in 1
One picture, many contexts. Each place keeps its own caption, article, date and identification request, even when the picture itself is stored once.outlined on the page
igcse physics notesprinted 51 · PDF 51supplied fileSourceLive pagehttps://aitchison.edu.pk/portal/resources/data/igcse-physics-notes.pdf
Caption in this contextNo caption was found beside this picture on this page.
Articlenot tied to an articleDepicted datenone statedPixels in this contextnative pixelsThe image stream embedded in the document, stored as it was.Creditno contributor credit
People
Identified in the sources
No one is named for this picture yet. Faces have to be found before a caption can be tied to them.
Credits (shown apart from identification)
No contributor or photographer credit recorded.
About this picture
- Classification
- photograph, rule, not yet confirmed (confidence 0.60)
- Pixels
- native pixels · 49 KB
- Size
- 717 × 778 px
- File title
- image ce8f02e9fa3c
- Description (written by a model, not a caption)
- This is a school exam paper containing questions about hydroelectric power schemes, asking students to explain energy storage, calculate energy transfer rates and efficiency, and discuss disadvantages and other renewable energy sources. The questions are presented in a structured format with designated spaces for answers.
- Words visible in the picture (read by a model)
- Water is held behind a dam in a hydroelectric power scheme. (a) State the main form of energy stored in the water behind the dam. ...........................................................................................................................................[1] (b) The water is released from the dam and falls a vertical height of 410m at a rate of 480kg/s. (i) Calculate the rate at which energy is transferred by the falling water. rate of energy transfer = ...................................................................................................................[3] (ii)
- Faces
- 0 detected
made by a vision-language model from this photograph; it describes what is shown and reads the words in it, it identifies nobody, and it is not a caption (qwen3-vl-4b-instruct@ebb281ec70b0+qv-p2) A printed caption, where there is one, is shown with each place the picture appears.
Look-alikes0
A perceptual hash only suggests that two pictures are the same; a stronger comparison or a person decides.
No look-alikes
No other picture has been found that is the same or nearly the same as this one.
On the same page0
Nothing else on this page
No other photograph was found beside this one.
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