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Our
Town’s Weather
Grade 3
Objective:
Students
will:
- Correctly read
a thermometer and be able to record the temperature
- Make
observations of the weather by using your different senses,
along with using different weather stations websites to long the
temperature for each day.
- Correctly
graph the temperatures that were recorded using Microsoft Excel
Generalizations:
- A thermometer
tells the temperature inside and outside using the Fahrenheit
scale
- Maximum,
minimum and range is a way to find out information about data
- A table helps
organize data for easy reading
Skills and Processes:
Able to:
- Record
temperatures read off the thermometer
- Draw
conclusions on the class temperatures
- Read a graph
to plot data
Materials:
A large map of the
state of New York
Directions sheet to log the temperatures
Directions sheet to create a graph using Microsoft Excel
Computers
Internet access
Rationale:
New York State Social Studies
Standard #3 – Geography
Students will:
Use a variety of intellectual skills to demonstrate their
understanding of the geography of the interdependent world in which
we live—local, national, and global—including the distribution of
people, places, and environments over the Earth’s surface.
Key Idea 2:
Ask geographic questions about where places are located; why
they are located where they are; what is important about their
locations; and how their locations are related to the location of
other people and places.
Curriculum
Standards for Social Studies National Standard #1:
Key Idea #3
– People, Places & Environment
Use appropriate
resources, data sources, and geographic tools such as atlases, data
bases, grid systems, charts, graphs, and maps to generate manipulate
and interpret information.
New York State
Mathematics Standard #3:
Students will:
Students use mathematical operations and
relationships among them to understand mathematics.
Key Idea 5D:
-
Consider differences between mean,
median, and mode
-
Collect and organize simple data
sets to answer questions
Key Idea 5E:
-
Compare graphs that can be
demonstrated by the teacher
-
Use pictographs and other graphic
representation to model problems. (Bar Graph).
New
York State Science Standard #4
Students will:
Energy exists in many forms, and when
these forms change energy is conserved.
Key Idea 1:
-
Weather changing from day to day
throughout the seasons
Key Idea 2:
-
Weather can be described and
measured by temperature
New York State Learning Standards for
Technology: Standard
#5: Students
will apply technological knowledge and skills to design, construct,
use, and evaluate products and systems to satisfy human and
environmental needs.
Students:
•
Use the computer as a tool
for generating and drawing ideas
Procedures:
Prior
Knowledge:
The students will
have prior knowledge how to read a map and locate points on a map.
Also the students will be familiar with the program Microsoft Excel.
Introduction:
- Any guesses as
to what the temperature will be tonight?
- Do you think
you will all record the same temperature or different
temperatures? Why?
- If there are
different temperatures recorded, will the warmer ones be on one
side of the state and the colder ones are in another part of the
state or will they be mixed up? Why?
- Are there any
reasons why the temperature where you live will be different
from another place in the state?
- Explain to the
students that they will be taking temperatures from the internet
from different websites of town around the state to find out
which part of the state is warmer or colder than the other.
- You will be
recording the temperatures at the same time each day.
Body:
- Hang up a map
of the state in the classroom where it can remain relatively
undisturbed for a week or so, yet is accessible by the students.
- On a large
sheet of poster board list the student’s names down the left
side with room for a city name column and a temperature
observation.
- Place a
colored star next to each name on the list using as many
different colors as possible.
- As the
students to come up to the map. Blindfold the students and have
them point to the map. Where they point on the map is the city
they will use to find temperatures of during the project.
- Once the
student has found his/her location, he/she should put a colored
star on the map matching the color of the star on the name
board. It may be a good idea to have the students put his/her
initials next to the start to make it easier to locate each
student’s city later.
- The students
will be using the website
www.weather.com to check the temperature of their city.
- Each day at
the same time the students must record the temperature of their
city. They will record the temperature they received on a data
sheet. (Click
here for temperature data sheet). As a class we will come
up with a time that they will check the temperature of their
city.
- Explain that
the students are making a table of the temperature
observations. A table is another name for a list of items, such
as temperatures and names.
Conclusion:
- Once the
students complete their two-week span of recording temperatures
we will find the range of the class temperatures.
- They will be
able to see when the highest temperature was and the lowest
temperature.
- Next the
students will be able to apply their high temperatures for each
day into a table to see which city within the whole class had
the highest temperature within the two-week span.
- Ask the
students: “Did anyone have the same temperature over the course
of the two-weeks?”
- Tell the
students that you are interested in finding the range of the
temperatures in the state of New York.
- To do this you
need to know the maximum (highest) temperature and the minimum
(lowest) temperature within the state.
- The maximum
temperature is the highest temperature on the list or table of
the high temperature. No other temperature will be greater than
the highest. Have the students find the maximum temperature on
the list. Write the temperature on the board
- The minimum
temperature is the lowest temperature on the list or table of
the high temperature. No other temperatures will be less than
the minimum temperature. Have the students find the minimum
temperature on the list. Write the temperature on the board.
- We can make a
measure of the range of air temperature by taking the difference
between the maximum and minimum air temperatures.
- As a class,
subtract the minimum from the maximum in a conventional manner
or by counting up from the minimum to the maximum.
- The number
that you come up with when you subtract or count represents the
range of air temperatures.
- The larger
change or difference between the maximum and minimum, the larger
the range in air temperature.
- The smaller
the change or difference between the maximum and minimum, the
smaller the range of air temperatures
- The students
create a bar graph by entering their temperatures that were
recorded into a Microsoft Excel spread sheet. The teacher will
hand out a
directions sheet to guide the students with the steps they
need to follow in order to complete their table correctly. (Our
Town’s Temperatures Graphing Activity/Rubric). The students
will be able to see how they will be graded for the graphing
activity. The rubric will guide the students in exactly what
they need to do.
- Show the
students an example of how their information will look on a
spreadsheet and what the graph will look like as well. (Excel
spreadsheet example).
Evaluation:
The teacher can
evaluate the students in a few different ways. While the students
are working on creating the graph with temperatures they located
through
www.weather.com the teacher can walk around the room and see if
the students are on task and creating the graph using Microsoft
Excel. When the students have finished their graphs and have
printed them out the teacher will collect the papers and correct
them to see if the information is correctly graphed. When the
lesson is over with you can give the students a review to see if
they were able to master the information of creating a range with
the temperatures. Make up a list of air temperatures and have the
students find the maximum and minimum and range of the air
temperatures.
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