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¿Cómo puedes salvar a un pueblo de un huracán?
Watery Planet Unit | Lesson 5 of 5

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¿Cómo puedes salvar a un pueblo de un huracán?

Watery Planet Unit | Lesson 5 of 5
Lesson narration:
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CONVERSEMOS (1 de 2):

¿De dónde viene el agua de un huracán?

CONVERSEMOS (2 de 2):

¿Por qué llueve tanto cuando hay un huracán?

CONVERSEMOS:

¿Por qué crees que ciertas áreas de Nueva Orleáns se inundaron pero otras no?

Paso
01/23
Si estás en una clase, forma un equipo de cuatro personas y
luego elijan a un líder del equipo.
Paso
02/23
Obtén estos materiales. Recibirás otros más adelante, pero
cada equipo necesita estás cosas.
Paso
03/23
Cada persona en el equipo será un tipo diferente de ingeniero/a
y necesitará una hoja. Tómense 15 segundos para elegir qué
ingeniero/a serán y obtengan la hoja correspondiente.
Paso
04/23
En el mapa, encuentra las inundaciones causadas por la
marejada ciclónica del océano. Pon una pequeña X roja al
lado de cada edificio histórico inundado por la marejada ciclónica.
Paso
05/23
En tu mapa, encuentra las inundaciones causadas por el río.
Pon una pequeña X azul al lado de cada edificio histórico que
quedó inundado cuando se desbordó el río.
Paso
06/23
Los edificios históricos que quedaron inundados a causa de
las tormentas y del río deben de tener una X roja y una X azul.
Intercambia tu hoja de trabajo con alguien y revisen su trabajo.
Paso
07/23
Líder de equipo: divide esta hoja en cuatro partes cortando a lo
largo de las líneas gruesas. Ingenieros/as: tomen la parte que les
pertenece.
Paso
08/23
Cada ingeniero debe de leer sobre su solución a las inundaciones
en su hoja de Ingeniería. Luego, sigue las instrucciones del uno al
cuatro en tu hoja.
Paso
09/23
Consigue estos otros materiales. Tu equipo necesita cada una
de estas cosas.
Paso
10/23
Póngale un nombre a su empresa de ingeniería y escríbalo en la
pregunta número uno en esta hoja.
Paso
11/23
El ayuntamiento decidió que tienen un presupuesto de $1,000,000.
Escriban este número en la pregunta número dos.
Paso
12/23
Pongan sus mapas en la mesa para que todos los puedan ver.
Y asegúrense de que sus soluciones para prevenir inundaciones
estén donde las quieren.
Paso
13/23
Ingeniero de rompeolas: cuéntanos sobre tus paredes.
Paso
14/23
Contesta la pregunta número tres en tu hoja de trabajo. (Anota el
número de rompeolas que el Ingeniero de rompeolas tiene en su
mapa. Luego calcula el costo total y escribe la respuesta.)
Paso
15/23
Ingeniero ambiental: Cuéntale al equipo sobre los humedales.
Todos: escriban el número y el costo de los humedales en la
pregunta número cuatro en su hoja de trabajo.
Paso
16/23
Ingeniero de diques: cuéntale al equipo sobre los diques usando
estas oraciones. Todos: escriban el número y el costo de los diques
en la pregunta número cinco en su hoja de trabajo.
Paso
17/23
Ingeniero estructural: cuéntales sobre cómo poner edificios sobre
pilotes. Todos: escriban el número y el costo de poner edificios
sobre pilotes en la pregunta número seis en su hoja de trabajo.
Paso
18/23
Suma los costos de todas las soluciones. Luego escribe la
respuesta en la pregunta número siete.
Paso
19/23
Platiquen sobre cómo podrían gastar menos dinero y aún así
salvar todos los edificios históricos. Escriban sus ideas de cómo
ahorrar dinero en la pregunta número ocho.
Paso
19b/23
Aquí tienen algunas pistas para la pregunta número ocho.
Paso
20/23
Pongan las imágenes recortadas en el mapa del Plan Final.
Muévanlas hasta tener un plan que les guste.
Paso
21/23
Usen círculos adhesivos para pegar las imágenes recortadas
al mapa, de esta manera. Luego, el líder del equipo debe
completar la hoja del plan final, con la ayuda de su equipo.
Paso
22/23
Ve los planes de los demás.
Paso
23/23
Ahora platiquen sobre sus respuestas a estas preguntas.
Después, vean el último video.
Slide Image
Slide Image

huracán


1 de 13

una tormenta de viento que comienza como una tormenta pequeña en el océano
Slide Image

riesgo natural


2 de 13

algo que sucede en la naturaleza (como un derrumbe, un terremoto, un huracán, o un incendio forestal) que es peligroso para los seres vivos
Slide Image

desastre natural


3 de 13

los efectos nocivos de un riesgo natural (como un derrumbe, un terremoto, un huracán, o un incendio forestal) para los humanos

marejada ciclónica


4 de 13

cuando los niveles del agua aumentan rápidamente debido a una tormenta
Slide Image

inundanción


5 de 13

cuando un área se llena de agua, un desbordamiento de agua
Slide Image

dique


6 de 13

una barrera construida para prevenir que un río se desborde
Slide Image

rompeolas


7 de 13

una barrera construida para prevenir el desbordamiento de agua de una masa de agua grande (como el océano)
Slide Image

humedal


8 de 13

hábitat donde la tierra está cubierta por agua poco profunda, por ejemplo, un pantano

elevación


9 de 13

lo alto que es algo

evaporación


10 de 13

cuando un líquido se convierte en un gas
Slide Image

ingeniero/a


11 de 13

una persona que utiliza la ciencia para diseñar soluciones a ciertos problemas
Slide Image

limitación


12 de 13

algo que limita lo que puedes hacer
Slide Image

presupuesto


13 de 13

la cantidad de dinero que puedes usar o gastar en algo
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Featured Reviews

“Super engaging- liked having something for each student to do within the group. Kept everyone occupied. Also liked the budget constraints, and working together to come up with solution within that. Very cool!”
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“Great teamworking activity! This was a very challenging activity. I liked how it integrated science, math, and cooperation into a real life activity.”
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“I loved how there was math involved in the science. The kids were engaged and had some really great discussions trying to make decisions! This was an amazing way to have the kids consider engineering and how water on Earth. ”
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“This was challenging for the students. It was such a great lesson. I loved how engaged they were. How they learned from their mistakes and misunderstandings. Such a wonderful lesson. Loved the add-ons too.”
“It's a very engaging lesson. The students worked well together and played their engineering roles. Great conversations were led. Learned how to budget and advocate for their needs. Videos were informative and overall it was easy to prep and follow. ”
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Lesson narration:

Grade 5

Water Cycle & Earth's Systems

Natural Disasters & Engineering

3-5-ETS1-1, 3-5-ETS1-2, 3-5-ETS1-3

Activity Prep

Print Prep
In this lesson, students examine the causes of flooding using the real-world example of Hurricane Katrina. In the activity, Save Beachtown, students propose plans to prevent flooding and save historic buildings in a coastal town–all while staying within budget!
Preview activity

Exploration

15 mins

Wrap-Up

5 mins

Grade 5

Water Cycle & Earth's Systems

Natural Disasters & Engineering

3-5-ETS1-1, 3-5-ETS1-2, 3-5-ETS1-3

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Earth Lesson 5: How can you save a town from a hurricane?

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