2º ESO/ESTADOS DE LA MATERIA Y PRESIÓN/CAMBIOS DE ESTADO ¡Cómo se llama el cambio de estado que se representa en cada tramo horizontal? ¡Cómo se llama el cambio de estado que se representa en cada tramo horizontal?

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 1.0000000 0.1000000 0 true true abc condensación y fusión

]]> solidificación y fusión

]]> fusión y vaporización

]]> fusión y sublimación

]]> Diagrama de Fase Para el diagrama de fases del agua mostrado en la figura, indica cuáles de las siguientes afirmaciones son correctas:

]]> 1.0000000 0.1000000 0 false true abc A 100 ºC sólo puede haber agua líquida y gaseosa A 0 ºC puede haber agua en los tres estados a 0.003 atm no puede haber agua líquida La presión no tiene nada que ver con el estado del agua A 0.006 atm y 0.01 ºC están los tres estados a la vez Diagrama de fase carbón El diagrama de fases que se indica es el del carbono. Indica en qué forma se encontrará sí:

]]> 1.0000000 0.3333333 0 true Respuesta correcta

]]> Respuesta parcialmente correcta.

]]> Respuesta incorrecta.

]]> Su temperatura es #t1 K y la presión es de #p1 Kbares

]]> Diamante Su temperatura es #t2 K y la presión es de #p2 Kbares

]]> Líquido Su temperatura es #t3 K y la presión es de #p3 Kbares

]]> grafito Su temperatura es #t4 K y la presión es de #p4 Kbares

]]> Líquido Su temperatura es #t5 K y la presión es de #p5 Kbares

]]> Carbono II Su temperatura es #t6 K y la presión es de #p6 Kbares

]]> Vapor <question><wirisCasSession><![CDATA[<session lang="es" version="2.0"><library closed="false"><mtext style="color:#ffc800" xml:lang="es">variables</mtext><group><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>t1</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>2000</mn><mo>,</mo><mn>3000</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>p1</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>200</mn><mo>,</mo><mn>300</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>t2</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>2500</mn><mo>,</mo><mn>3000</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>p2</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>550</mn><mo>,</mo><mn>650</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>t3</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>3500</mn><mo>,</mo><mn>4000</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>p3</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>0</mn><mo>,</mo><mn>100</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>t4</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>3500</mn><mo>,</mo><mn>5000</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>p4</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>450</mn><mo>,</mo><mn>600</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>t5</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>0</mn><mo>,</mo><mn>2000</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>p5</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>650</mn><mo>,</mo><mn>700</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>t6</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>4500</mn><mo>,</mo><mn>5000</mn><mo>)</mo></math></input></command><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"><mi>p6</mi><mo>=</mo><mi>aleatorio</mi><mo>(</mo><mn>0</mn><mo>,</mo><mn>30</mn><mo>)</mo></math></input></command></group></library><group><command><input><math xmlns="http://www.w3.org/1998/Math/MathML"/></input></command></group></session>]]></wirisCasSession><options><option name="precision">4</option><option name="implicit_times_operator">false</option><option name="times_operator">·</option><option name="imaginary_unit">i</option></options><localData><data name="casSession"/></localData></question> Dilatación y estado Para que un cuerpo dilate al aumentar su temperatura

]]> 1.0000000 0.1000000 0 true true abc Debe ser sólido, los líquidos y gases no dilatan No puede ser líquido, los líquidos no dilatan Los cuerpos dilatan en todos los estados de la materia Su cambio de temperatura debe ser mayor que 20ºC Ninguna de las otras respuestas es correcta El paso de sólido a gas El paso de sólido a gas se llama

]]> 1.0000000 0.1000000 0 true true abc Sublimación Evaporación Fluidificación Concatenación Ninguno de los otros nombres Estados de la materia Los estados de la materia son (marca las opciones correctas):

]]> 1.0000000 0.1000000 0 false true abc Sólido Líquido Gaseoso Plasma Bose-Einstein Born-Openheiner Estelar Vacío Bose-plasmatico Indica el orden de los estados de la materia Indica el orden de los estados de la materia de menor a mayor temperatura 1.0000000 0.1000000 0 true Bose-Einstein 1 Sólido 2 Líquido 3 Gas 4 Plasma 5 La siguiente gráfica representa el enfriamiento de un gas. ¿Cuánto vale la temperatura de condensación? La siguiente gráfica representa el enfriamiento de un gas. ¿Cuánto vale la temperatura de condensación?

]]> 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1.0000000 0.1000000 0 true true abc -15 ºC

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]]> 100 ºC

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]]> La siguiente gráfica representa el enfriamiento de un gas. ¿Cuánto vale la temperatura de condensación? La siguiente gráfica representa el enfriamiento de un gas. ¿Cuánto vale la temperatura de solidificación?

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1.0000000 0.1000000 0 true true abc -15 ºC

]]> 75ºc

]]> 100 ºC

]]> 0 ºC

]]> Mientras que un cuerpo está cambiando de estado Mientras que un cuerpo está cambiando de estado..

]]> 1.0000000 0.1000000 0 true true abc Su temperatura no cambia

]]> Su volumen no cambia

]]> su estructura interna no cambia

]]> Cambia todo (volumen, estructura, temperatura)

]]> No hay ningún tipo de cambio interno

]]> Nombra los cambios de estado Nombra los cambios de estado 1.0000000 0.1000000 0 true De sólido a gas Sublimación De sólido a líquido Fusión De líquido a sólido Solidificación De líquido a gas Vaporización De gas a líquido Condensación Enfriamiento Calcificación Crionización Temperatura y cambio de estado ¿Es posible hervir agua a 20ºC? ¿cómo lo harías? 1.0000000 0.5000000 0 true true abc Si. Disminuyendo la presión No. Es imposible Si. Aumentando la presión Temperatura y cambio de estado ¿Es posible hervir agua a 20ºC? ¿cómo lo harías?

]]> 1.0000000 0.5000000 0 true true abc Si. Disminuyendo la presión No. Es imposible Si. Aumentando la presión