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¿Qué sucede si gritas en el espacio?

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¿Qué sucede si gritas en el espacio?

Lesson narration:
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CONVERSEMOS: ¿Cómo podrías averiguar si hay vibraciones en el aire cuando hablamos?

Paso
01/09
Encuentra un compañero o compañera con quien trabajar. Decidan
quién será el Ruido y quién va a ser el Sensor del Zumbido.
Paso
02/09
Obtén estos materiales. Cada grupo necesita estos.
Paso
03/09
Ruido: estira el globo e ínflalo lo más que puedas.
Entre más grande, mejor.
Paso
04/09
Sensor del Zumbido: tuerce el cuello del globo de esta manera,
luego dóblalo. Ruido: ponle un clip al doblez.
Paso
05/09
Sensor del Zumbido: sostén el globo en frente de ti. Ruido: Di "Ohhh"
con una voz baja. Sensor del Zumbido: ¿Qué sientes?
Paso
06/09
Cambien de responsabilidades y vuelvan a intentarlo.
Ruido: Di "Ohhh" en una voz muy baja.
Sensor del Zumbido: ¿Qué sientes?
Paso
07/09
Plática sobre estas preguntas en tu grupo.
Paso
08/09
Tienes dos minutos para intentar otros experimentos.
Paso
09/09
Guarda los globos y ve el siguiente video.
Paso
01/06
Elijan a alguien que será la Bocina (o el Altavoz) del automóvil y
alguien que será el Parabrisas del automóvil. Denles una hoja que
diga quienes son, como estas.
Paso
02/06
Escoge a varias personas que serán las Masas de Aire.
Dales hojas como estas.
Paso
03/06
Bocina, Parabrisas y Masas de Aire: tomen asiento en una silla.
Siéntense en una línea recta, de esta manera.
Paso
04/06
Bocina: muévete de un lado a otro en tu silla como lo hace la
persona en este video. Luego platiquen sobre esta pregunta en
su grupo.
Paso
05/06
Aquí está nuestra idea. Bocina: muévete de lado a lado y empuja
a la primera Masa de Aire. Masas de Aire: pasen el movimiento
hasta que llegue al Parabrisas.
Paso
06/06
Conversemos en grupo.
Slide Image

vibración


1 de 6

un movimiento rápido de un lado a otro
Slide Image

tímpano


2 de 6

la parte del oído que vibra para ayudarnos a percibir sonidos
Slide Image

aire


3 de 6

el gas invisible que rodea la Tierra

modelo


4 de 6

una versión de mentiras de algo que los científicos usan cuando la cosa de verdad es algo demasiado grande, pequeño, o complicado para poder usarlo en sus estudios

vacío


5 de 6

espacio vacío sin aire

experimento


6 de 6

una prueba que se usa para descubrir más información sobre una pregunta

Image & Video Credits

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Exploration
thumbnail: astronaut by NikoNomad
talking underwater by Chrissy Edmiston
Underwater Jackhammer by Divers Institute of Technology
Swimming with humpback whales@Vava'u, Kingdom Of Tonga by 梁摳摳 , used under CC BY
pilot whale sounds by Cristiano Caldeira
humpback whale swimming in deeper waters by Christopher Michel , used under CC BY-SA
boy by DiversityStudio
girl by sezer66
group of business people in office by Rawpixel.com
blue balloon vibrating computer speaker by BluePigProductions
balloon vibrating by WheelerInnovations
speakers vibrating- before by SP AUDIO
speakers vibrating by SP AUDIO
speakers vibrating with passenger by SP AUDIO
Group of children with ball and skateboard chatting in city by Iakov Filimonov
astronaut by NikoNomad
vaccum pump by roobert33
vaccum by WaveBreakMedia
Activity
balloons on a table by nito

Featured Reviews

“The sequence of the balloon activity, followed by the videos of the speakers/windshield, then the air blob activities are fantastic! It's the perfect supported scaffolding! I used your waves last year and this is a great addition.”
“When my students saw the vacuum suck out the air it really helped them visualize the concept. Then when they heard the ringing of the clock disappear and then reappear they were amazed. The concept really clicked with my students with that demonstration. ”
“Your website is fantastic. The students were completely engaged and loved taking part in all of the experiments. I didn't have balloons available so we used beach balls, they worked well too. The best part was the bell ringing until the air was taken away...very effective.”
“The students enjoyed the activity. The model/simulation of the breaking windshield really helped. I had some students that were still skeptical and thought the windshield might break on the moon so we removed the air blobs in the demonstration and quickly changed their minds!”
“The vacuum pump and the windshield blowing out.”
“the balloon experiment and giving example how sound travels through vibrations”
“I liked the part when the bell got quiet because there was no air.”
“experimenting with the balloon and watching the vacuum suck out the air”
“Acting out the sound was great! And the kids LOVED seeing the windshields vibrate (and as a mom, i was glad you mentioned the ear protection....even though i'm sure the kids didn't even notice)”
“I did one balloon per group of 4. They passed it to each other instead of 12 balloons. Easier class for management. Mystery Science is very helpful. My district has not adopted science in years and we are required to teach new standards with little help. District science lead teacher gave me your web site. Most help I have had. Love it!”
“the videos showing how powerful sound vibration can be (broke the wind shield)”
“Good wow factor with the shattering windshields. Mystery led to further experiment on thickness of materials and energy needed having an effect on pitch or not.”
“Clear and simple description of sound as vibrations with easily resourced experiments.”
“Balloons and broken windshields!! Fun times. ”
“The kids loved modeling the way sound traveled from the speaker to the window. Thank you!”
“Easy materials to scrounge up, loved the extension articles and experiment with sprinkles for kids to try at home. The assessment really tells what the kids understand.”
“Id id this with my second graders! They really understood it and loved it! You have away of simplifying subjects for kids and making it so interesting! Thank you!”
“Students love everything about mystery science!”
Lesson narration:

Activity Prep

Print Prep
In this lesson, students explore the role that air plays in enabling a sound vibration to travel. In the activity, Act Out a Sound, students do two short activities that explore sound vibrations. Students experiment with sound to understand how it moves through the air and then consider what would happen in an environment like space where there is no air.
Preview activity

Exploration

6 mins

Wrap-Up

4 mins

Extend this lesson

Vocabulary

Unit Reading

 
Waves Lesson 3: What would happen if you screamed in outer space?

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