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Ingenium, 1984.0994.001
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OBJECT TYPE: positive/slide, lantern
DATE: Unknown
ARTIFACT NUMBER: 1984.0994.001

MANUFACTURER: Unknown
MODEL: Unknown
LOCATION: Unknown

More Information

General Information

Serial #: N/A
Part Number: 1
Total Parts: 101
AKA: N/A
Patents: N/A
General Description: Glass slide with paper surrounding the edges

Dimensions

Note: These reflect the general size for storage and are not necessarily representative of the object's true dimensions.

Length: 8.3 cm
Width: 8.3 cm
Height: N/A
Thickness: N/A
Weight: N/A
Diameter: N/A
Volume: N/A

Lexicon

Group: Physics
Category: Demonstration & teaching equipment
Sub-Category: N/A

Manufacturer

AKA: Unknown
Country: Unknown
State/Province: Unknown
City: Unknown

Context

Country: Canada
State/Province: British Columbia
Period: Unknown
Canada: Unknown
Function: Used to retain a still image and project that image when light is shown through it. These photographs were used for teaching purposes.
Technical: Unknown
Area Notes: Unknown

Details

Markings: Handwritten on labels: "1"/ "43"/ Slide reads in part: "FIG. 36 - Hydraulic analogy of the electric current. If, say 10 gallons of water flow in/ every second into a system of vessels and pipes of any shape, whether simple or more/ complicated as shown in the figure, and 10 gallons flow out again per second, it [i]s evident/ that through every cross section of any vessel or pipe of the system 10 gallons of water/ pass every second. This follows from the fact that water is an uncompressible liquid/ and must be practically of the same density throughout the system. The water moves slowly/ where the section is large and quickly where it is small, and thus the quantity of/ water that flows through any part of the system is independent of the cross section of/ that part. The same condition holds good for the electric current; if in a closed circuit/ a constant current circulates, the same anount of electricity will pass every cross section/ per second. Hence the following law: The magnitude of a constant current in any circuit/ is equal in all parts of the circuit."
Missing: Appears complete
Finish: Glass slide with black text and image and a black paper border with off-white and red labels.
Decoration: N/A

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If you choose to share our information about this collection object, please cite:

Unknown Manufacturer, Photograph, Unknown Date, Artifact no. 1984.0994, Ingenium – Canada’s Museums of Science and Innovation, http://collection.ingeniumcanada.org/en/id/1984.0994.001/

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