Property - Revision history

NRJC: /* Meaning */

2019-08-04T19:24:16Z

‎Meaning

2019-04-08T18:22:24Z

‎Examples

2019-04-08T18:22:08Z

‎Used in a Sentence

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2019-04-06T20:09:18Z

2019-04-03T13:54:33Z

2019-01-29T15:19:58Z

‎Key Stage 3

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‎Examples

2019-01-29T15:19:12Z

‎Examples

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‎Examples

@@ Line 57: / Line 57: @@
 ==Key Stage 3==
 ===Meaning===
-A '''property''' is [[Describe|description]] of a [[material]] or an [[object]] and how they behave.
+A '''property''' is [[Describe|description]] of a [[material]] or an [[object]] and how it behaves.
 ===Examples===

@@ Line 17: / Line 17: @@
 |A '''property''' of [[glass]] is that it looks '[[Transparent|transparent]]'.
 |A '''property''' of [[Brick|brick]] is that it has a rough [[texture]].
-|A '''property''' of [[water]] is that it can be [[Pour|poured]].
+|A '''property''' of [[water]] is that it can be poured.
 |}

@@ Line 53: / Line 53: @@
 : A property of [[glass]] is that it is '[[Transparent|transparent]]'.
 : A property of [[Metal|metals]] is that they can [[Electrical Conductor|conduct electricity]] well.
-: A property of [[Plastic (material)|plastic]] is that it can be bent easily.
+: A property of [[Plastic (Material)|plastic]] is that it can be bent easily.
 ==Key Stage 3==

@@ Line 6: / Line 6: @@
 ===About Properties===
-Something can be rough or smooth, hard or soft, blue or red, [[Transparent|transparent]] or [[Opacity|opaque]], shiny or dull, firm or bendy, stretchy or stiff and [[Absorb (Chemistry)|absorbent]] or [[waterproof]].
+Something can be rough or smooth, hard or soft, blue or red, [[Transparent|transparent]] or [[Opacity|opaque]], shiny or dull, firm or bendy, stretchy or stiff and [[Absorb (Chemistry)|absorbent]] or waterproof.
 ===Examples===

@@ Line 44: / Line 44: @@
 ===Examples===
 : [[Brick]] is hard. [[Fabric]] is soft.
-: [[Salt]] is soluble. [[Sand]] is insoluble.
+: [[Salt]] is soluble. Sand is insoluble.
 : [[Brick]] is opaque. [[Glass]] is '[[Transparent|transparent]]'.
 : [[Metal]] is a good electrical conductor. [[Plastic (Material)|Plastic]] is a good electrical insulator.

@@ Line 46: / Line 46: @@
 : [[Salt]] is soluble. [[Sand]] is insoluble.
 : [[Brick]] is opaque. [[Glass]] is '[[Transparent|transparent]]'.
-: [[Metal]] is a good electrical conductor. [[Plastic]] is a good electrical insulator.
+: [[Metal]] is a good electrical conductor. [[Plastic (Material)|Plastic]] is a good electrical insulator.
 : [[Metal]] is a good thermal conductor. Glass is a good thermal insulator.
 : [[Iron]] is magnetic. [[Copper]] is not magnetic.

← Older revision		Revision as of 15:19, 29 January 2019
Line 64:		Line 64:
	: [[Electron\|Electrons]] are [[Negative Charge\|negatively charged]].		: [[Electron\|Electrons]] are [[Negative Charge\|negatively charged]].
	: [[Metal\|Metals]] are [[shiny]], [[malleable]], [[ductile]], [[sonorous]] and they can [[Electrical Conductor\|conduct electricity]] and [[Thermal Conductor\|conduct thermal energy]] easily.		: [[Metal\|Metals]] are [[shiny]], [[malleable]], [[ductile]], [[sonorous]] and they can [[Electrical Conductor\|conduct electricity]] and [[Thermal Conductor\|conduct thermal energy]] easily.
−
−	~~===Used in a Sentence===~~
−	~~: A property of [[Solid\|solids]] is that they cannot be [[Compress\|compressed]].~~
−	~~: A property of [[Gold]] is that it is more dense than [[Iron]].~~
−	~~: A property of an [[electron]] is that it has a [[negative]] [[Electrical Charge\|charge]].~~
−	: The properties of [[Metal\|Metals]] are that they are [[shiny]], [[malleable]], [[ductile]], [[sonorous]] and they can [[Electrical Conductor\|conduct electricity]] and [[Thermal Conductor\|conduct thermal energy]] easily.

@@ Line 62: / Line 62: @@
 : [[Solid|Solids]] cannot be [[Compress|compressed]].
 : [[Gold]] is more [[Density|dense]] than [[Iron]].
-: [[Electron|Electrons]] are [[Negative|negatively]] [[Electrical Charge|charge]]d.
+: [[Electron|Electrons]] are [[Negative Charge|negatively charged]].
 : [[Metal|Metals]] are [[shiny]], [[malleable]], [[ductile]], [[sonorous]] and they can [[Electrical Conductor|conduct electricity]] and [[Thermal Conductor|conduct thermal energy]] easily.