About: Clam Shell   Sponge Permalink

An Entity of Type : dbkwik:resource/TGVw_48bfxR4O_s_eW_eZQ==, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

A hard shell taken from a dead clam.

AttributesValues
rdf:type
rdfs:label
  • Clam Shell
  • Clam shell
rdfs:comment
  • A hard shell taken from a dead clam.
  • the clam shell is an item that can be dropped from clam enemies or found at beaches. They can be made into axes. There are many clam shells.
  • The clam shell is a trinket .
  • The solar design T-Square is a simple device to represent the sun and greatly aids the design process. My aim is to design better solar cooker reflectors for unattended cooking. Imagine the sun as a giant spotlight shining down. It moves at about 15 degrees per hour across your solar cooker. For a couple of hours the arc path of the sun is pretty close to a straight line i.e. the chord to the arc. The t-square and laser pointers together could also be used to design box cooker reflectors to catch more sun with side reflectors to the box! File:Model.jpg
dcterms:subject
multi-colors
  • yes
use-compact-display
  • yes
Sell
  • 28(xsd:integer)
trinket
  • clam shell
furni
  • Clam Shell
Buy
  • 56(xsd:integer)
dbkwik:habbo/prope...iPageUsesTemplate
dbkwik:puzzlepirat...iPageUsesTemplate
dbkwik:ragnarok/pr...iPageUsesTemplate
string
  • F-4017
Type
  • Miscellaneous
  • Floor
Caption
  • The item's info window.
dbkwik:solarcookin...iPageUsesTemplate
Line
  • Shell Gifts
Weight
  • 1(xsd:integer)
ID
  • 4017(xsd:integer)
Motto
  • Washed up just for you.
Effects
  • None
Source
abstract
  • A hard shell taken from a dead clam.
  • the clam shell is an item that can be dropped from clam enemies or found at beaches. They can be made into axes. There are many clam shells.
  • The clam shell is a trinket .
  • The solar design T-Square is a simple device to represent the sun and greatly aids the design process. My aim is to design better solar cooker reflectors for unattended cooking. Imagine the sun as a giant spotlight shining down. It moves at about 15 degrees per hour across your solar cooker. For a couple of hours the arc path of the sun is pretty close to a straight line i.e. the chord to the arc. This means that we can use 2 laser pointers on a slider to represent the sun,s motion in the sky. One laser pointer represents the sun at the START of the cook time and the other pointer represents the sun at the END of the cook time. If you mount the laser pointers on a slider on a T-square, above your model, you can slide them along slider to test how the light rays bounce off of every part of your model! (something that you cannot do with sunlight itself because it hits every part of the reflector at once!) The t-square and laser pointers together could also be used to design box cooker reflectors to catch more sun with side reflectors to the box! File:Model.jpg
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