Std 10 ICT Prac-1
CREATE A POWER POINT PRESENTATION ON
IMPACT OF ICT IN EDUCATION.
Title :-
PowerPoint Presentation on Impact of ICT on
Education.
Description
/ Aim :- To create Presentation slide on the
Impact of ICT on
Education in power Point.
Software
:-
Microsoft office PowerPoint 2007/013
Procedure
:
1) Planning the storyboard :
Gather important
points on the impact of ICT on education. Search for relevant diagrams/pictures
using the image search features of a web browser.
2) Creating the slides :
a) Click Start -> Microsoft Office Power Point
2007 to launch Power Point 2007.(
b) In the title slide type the title in the title
placeholder and your name in the subtitle placeholder.
c) To create subsequent slides click the down
arrow of the New slide icon in the slides group on the Home tab. To insert a picture on the slide click the Insert Picture.
3 ) Adding slide
Transition :
a) Click any slide thumbnail from slide sorter
view .Click the Animation tab. Select a slide transition effect from the
dropdown gallery of the Transition to This
Slide group.
b) Click the arrow next to the Transition Speed button on the same group and then select the
speed.
c) Add sound effect
d) Click Apply to All button
4) Adding animation to
object on a slide:
a) Select the normal
view. Click the Animation tab on the Ribbon and click the Custom Animation button in the Animationgroup
to open the Custom Animation task pane.
b) Select an object
/placeholder on the slide, and then click on Add effect button on the task pane. Suitably set the options start ,Direction and Speed . Choice under the start Start On Click , Start With Previous , Start
after Previous.
5) Running a slide Show :
1) Click the Slide Show tab on the Ribbon. Click the From Beginning button of the Start Slide Show group.
2) Save your file with
a suitable file name.
Std 10 ICT Prac-2
Title :- Locate city and residence using free ONLINE mapping services.
Software:-Any Web Browser like Internet Explorer, Google Chrome, Mozilla Firefox
Description: - To search city, district and residence using Google Maps
Procedure :
1) Web browser window :
1) Launch Internet Explorer by clicking icon on the desktop or on the quick launch toolbar on the taskbar. Click on the URL in the Address bar to highlight it and type www.google.co.in.
2) On the Google service option bar, click on the Maps to go to the web page of Google Maps. Since current location is India map of India will be centered in the map window.
3) Click on the small icon Satellite at the top right corner to see a satellite map of the region.
4) Type the name of your district (Ex. Mumbai district Maharashtra ) in the search text box above the map window and click on the Search button or press the Enter key. The program zooms in and marks the district on the map with a border.
5) Type the name of the place (Ex Kurla , Mumbai , Maharashtra) in the search text box and click on Search button. The program zooms in and marks the village on the map with a border.
6) Zoom in by clicking on the plus sign on the zoom control at the left till you are able to locate your school building.
Std 10 ICT Prac-3
Procedure :
2) The simulation shows an object, its real image and two marginal Rays. The three sliders allows to change the radius of the curvature, refractive index and Diameter of the lens.
distance and note them down.
Radius of Curvature(m)
Refractive
Focal Length
Object Distance
Image Distance
0.7
1.55
0.9
1.55
0.7
1.7
0.9
1.7
Std 10 ICT Prac-4
Title :- Convert the
given English Paragraph in to Marathi /Hindi using Google Translator.
Description :- To convert a given paragraph in English into
Marathi/Hindi.
Procedure :
Std 10 ICT Prac-5
Title: To use Geogebra
To Draw an Angle Measuring 1330 and bisect it
Diagram :-
Procedure: Launch Geogebra by Clicking on the desktop.
1.Click file New to start a new geogebra file.
2.
Select the segment between two points tool at any two points in the graphic
view. This adds two points, A and B and the segment a.
3.
Select the angle with given size tool and first click on the point A and then
on the point B. this opens the Angle with Given Size dialog box. Type 133 as
the angle, select the Clockwise option and click the OK button. This adds a
point A and labels the ˂ABA as α= 133®
4.
Select the segment between two points tool
and draw the segment b between B and A.
5. Select the
Angle bisector tool and click the points A, B and A in sequences. The Graphics
View shows the line c which is the bisector of the angle α
6.Add
a point C on line c using new point tool
7.Select the Angle tool and click on
points C,B and A. this shows m ˂ABC as
β=66.5® Also, click on point A, B and C. this shows m ˂ABC as ƴ=66.5®. this
verifies that the line c is the bisector of the angle α.
Std 10 ICT Prac-6
Title: To use Geogebra
To Draw a line segment of length 6.5 cm and draw a perpendicular
bisector of the line segment.
Software: Geogebra 4.2
Diagram:-
Procedure:
1.Launch Geogebra by
Click on the desktop or All Program Geogebra
2. Select the Segment with given length from Point tool and
click any where in the Graphics view .This adds a start point A of the segment
and open s the segment with given length from point dialog box click the OK
button.
3. Select the Perpendicular Bisector tool and click on the
segment a .The Graphics view shows the perpendicular bisector c to segment a
4.Select the Angle tool. Click on the segment a and line c .
the Graphics View shows the angle between them α=900 the line c passes through the midpoint D .This
verifies that line c is the perpendicular bisector of the segment a.
5. To save your work click file & save.
Std 10 ICT Prac-7
GEOGEBRA :Mean,Median
and Mode of raw data.
TITLE : TO
use Geogebra to find the mean, median and mode of the following raw data
11,25,28,37,65,47,58,59,78,14.
Software: Geogebra
4.2
Procedure:
2. Click
View on the menu bar ,disable the Axes and enable the spreadsheet view.
3.In the
Spreadsheet View type the raw data in the column A. select the cells A1 to A10 by dragging the mouse
.Right click and choose Create List from the right click context menu. The Algebra
view displays the list and its name,list1 under dependent object.
4. Finding
the mean ,median and mode using the Input bar:
5.Type X
=mean[list1]and Press the enter key similarly, one by one type Y=median [list1] and
X= Mode [list1] to calculate the median and mode of the raw data . The Algebra
View Shows the value of the mean, median and mode of the raw data under
dependent object Since no number in the sample data is repeated I.e no number
occurs more than once the mode is shown as an empty list, mode X ={}.
6. Save your
work with a suitable filename .
Std 10 ICT Prac-8
GEOGEBRA
:Verification of Inscribed Angle Theorem
TITLE : TO
use Geogebra to verify that the measure of an angle subtended by an arc at a
point on the circle is half of the measure of the angle subtended by the
same arc the centre.
Software: Geogebra
4.2
Diagram
Procedure:
2. Select
the Circle with Centre through Point tool. Click at a point A and then click at
another convenient point B to draw a circle with centre
A through point B.
3. Using the
New Point tool, add two other points C
and D on the circumference of the
circle.
4. Select
the segment between two point tool and draw the segments AB, AC, DB and DC.
5. Select
the Angle tool. Click on the segments AB and AC. This measures the angle
subtended by the arc CB at the centre ,∠BAC, a α Similarly, click on the segments DB and DC . This measures the
angle subtended by the arc CB at the circumference ∠BDC as
β .
6. It is seen that α=2 β ,i.e
the measure of the angle subtended by an arc at the circumference is half that
subtended at the centre.
7.Save your work with a suitable filename.
Std 10 ICT Prac-9
GEOGEBRA
:REGULAR SIXDED POLYGON
TITLE : TO
USE GEOGEBRA TO CONSTRUCT A REGULAR
POLYGON SIX SIDE USING THE POLYGON TOOL.
Software:
Geogebra 4.2
Diagram :-
Procedure:
2. Similarly
draw a circle d through with centre B through point A.
3. Intersect
the circles c and d with the
intersect two objects tool to get the hexagon’s vertices C and D.
4. Draw circle
e with centre c through point a, and
circle f with centre d through point
a.
5. Select the
new point tool and click at the intersection of the circles c and e to get the vertex E,
and the intersection of the circles c
and f
to get the vertex F.
6. Draw circle
g with centre F through point A.
7. Using the
New Point tools, click at the intersection of the circles c and g to get the vertex G.
8. Select the
Polygon tool and click on the vertices other then A in anticlockwise sequence
till you get a closed polygon. The graphics view shows the regular six-sided
polygon.
9. Select the
angle tool and click inside the hexagon . The Graphics View shows the interior
angles of the hexagon all equal to 1200 .This verifies that the
hexagon is a regular hexagon.
Std 10 ICT Prac-3
Title:- Perform Science Simulations from Phet Interactive Simulation website.
Software:-Any Web Browser like Internet Explorer, Google Chrome, Mozilla Firefox
Procedure :
1) Launch Internet Explorer or any other browser.
3) Under how to run Simulations on Phet Interactive Simulations Home page Click on On Line.
4) Under Simulation Click on the Subject you want to Explore.
5) Click on the topic name .
6) On the next page, You will see the Simulation. You may see one or more Controls to interactively change some parameters. You may also interactively move the objects in the simulation with the mouse.
Geometric Optics :
1) The Geometric Optics simulations refraction through a convex lens, as shown in the figure .
2) The simulation shows an object, its real image and two marginal Rays. The three sliders allows to change the radius of the curvature, refractive index and Diameter of the lens.
3) Change the radius of curvature and/ or the refractive index and see how each one affects the focal length of the lens and hence the image distance. Click and drag the object and /or the lens to change the object distance and note them down.
4) Display the ruler and keep the refractive Index Constant measure the focal length, object distance and image
distance and note them down.
distance and note them down.
5) Tabulate all the measurements.
Radius of Curvature(m)
|
Refractive
Index
|
Focal Length
(cm)
|
Object Distance
(cm)
|
Image Distance
(cm)
|
0.7
|
1.55
| |||
0.9
|
1.55
| |||
0.7
|
1.7
| |||
0.9
|
1.7
|
Std 10 ICT Prac-4
Title :- Convert the
given English Paragraph in to Marathi /Hindi using Google Translator.
Software used: Windows 7 & web browser is Internet Explorer
7.
Description :- To convert a given paragraph in English into
Marathi/Hindi.
Procedure :
1) Launch Internet Explorer.
2) Enter the URL translate.google.co.in
in the Address bar and press the Enter key.
3) The Google Translate web page
will open .Click the small down arrow of the From English button and
select English from the dropdown list box. Similarly , select Hindi by clicking
the To Hindi button.
4) In the text box below the From
English button, type the given paragraph of English text. If the instant
translation is turned on, you will see the translated text in the right hand
text box. Alternatively, copy the paragraph of English text from a word
processor or a web page and paste in the text box.
5) If you are not satisfied with some of
the words in the translation , you can highlight them. Clicking on the
highlighted text gives you a few alternative for you to select or you may edit
a suggested word in the text box immediately below the list.
6) You can select the translated text
copy paste in your word processor.
7) To translate the entire document
click on translate a document link.
Std 10 ICT Prac-5
Title: To use Geogebra
To Draw an Angle Measuring 1330 and bisect it
Software: Geogebra 4.2
Diagram :-
Diagram :-
Procedure: Launch Geogebra by Clicking on the desktop.
1.Click file New to start a new geogebra file.
2.
Select the segment between two points tool at any two points in the graphic
view. This adds two points, A and B and the segment a.
3.
Select the angle with given size tool and first click on the point A and then
on the point B. this opens the Angle with Given Size dialog box. Type 133 as
the angle, select the Clockwise option and click the OK button. This adds a
point A and labels the ˂ABA as α= 133®
4.
Select the segment between two points tool
and draw the segment b between B and A.
5. Select the
Angle bisector tool and click the points A, B and A in sequences. The Graphics
View shows the line c which is the bisector of the angle α
6.Add
a point C on line c using new point tool
7.Select the Angle tool and click on
points C,B and A. this shows m ˂ABC as
β=66.5® Also, click on point A, B and C. this shows m ˂ABC as ƴ=66.5®. this
verifies that the line c is the bisector of the angle α.
Std 10 ICT Prac-6
Title: To use Geogebra
To Draw a line segment of length 6.5 cm and draw a perpendicular
bisector of the line segment.
Software: Geogebra 4.2
Diagram:-
Diagram:-
Procedure:
1.Launch Geogebra by
Click on the desktop or All Program Geogebra
2. Select the Segment with given length from Point tool and
click any where in the Graphics view .This adds a start point A of the segment
and open s the segment with given length from point dialog box click the OK
button.
3. Select the Perpendicular Bisector tool and click on the
segment a .The Graphics view shows the perpendicular bisector c to segment a
4.Select the Angle tool. Click on the segment a and line c .
the Graphics View shows the angle between them α=900 the line c passes through the midpoint D .This
verifies that line c is the perpendicular bisector of the segment a.
5. To save your work click file & save.
Std 10 ICT Prac-7
GEOGEBRA :Mean,Median
and Mode of raw data.
TITLE : TO
use Geogebra to find the mean, median and mode of the following raw data
11,25,28,37,65,47,58,59,78,14.
Software: Geogebra
4.2
Procedure:
1.Launch
Geogebra by clicking on the desktop
2. Click
View on the menu bar ,disable the Axes and enable the spreadsheet view.
3.In the
Spreadsheet View type the raw data in the column A. select the cells A1 to A10 by dragging the mouse
.Right click and choose Create List from the right click context menu. The Algebra
view displays the list and its name,list1 under dependent object.
4. Finding
the mean ,median and mode using the Input bar:
5.Type X
=mean[list1]and Press the enter key similarly, one by one type Y=median [list1] and
X= Mode [list1] to calculate the median and mode of the raw data . The Algebra
View Shows the value of the mean, median and mode of the raw data under
dependent object Since no number in the sample data is repeated I.e no number
occurs more than once the mode is shown as an empty list, mode X ={}.
6. Save your
work with a suitable filename .
Std 10 ICT Prac-8
GEOGEBRA
:Verification of Inscribed Angle Theorem
TITLE : TO
use Geogebra to verify that the measure of an angle subtended by an arc at a
point on the circle is half of the measure of the angle subtended by the
same arc the centre.
Software: Geogebra
4.2
Diagram
Procedure:
1.Launch
Geogebra by clicking on the desktop .
2. Select
the Circle with Centre through Point tool. Click at a point A and then click at
another convenient point B to draw a circle with centre
A through point B.
3. Using the
New Point tool, add two other points C
and D on the circumference of the
circle.
4. Select
the segment between two point tool and draw the segments AB, AC, DB and DC.
5. Select
the Angle tool. Click on the segments AB and AC. This measures the angle
subtended by the arc CB at the centre ,∠BAC, a α Similarly, click on the segments DB and DC . This measures the
angle subtended by the arc CB at the circumference ∠BDC as
β .
6. It is seen that α=2 β ,i.e
the measure of the angle subtended by an arc at the circumference is half that
subtended at the centre.
7.Save your work with a suitable filename.
GEOGEBRA
:REGULAR SIXDED POLYGON
TITLE : TO
USE GEOGEBRA TO CONSTRUCT A REGULAR
POLYGON SIX SIDE USING THE POLYGON TOOL.
Software:
Geogebra 4.2
Diagram :-
Procedure:
Launch Geogebra by clicking on the desktop .
1. Select the
circle with center through point tool. In the graphic view , click at a point a
and another suitable point b to draw
a circle c with center a through point b.
2. Similarly
draw a circle d through with centre B through point A.
3. Intersect
the circles c and d with the
intersect two objects tool to get the hexagon’s vertices C and D.
4. Draw circle
e with centre c through point a, and
circle f with centre d through point
a.
5. Select the
new point tool and click at the intersection of the circles c and e to get the vertex E,
and the intersection of the circles c
and f
to get the vertex F.
6. Draw circle
g with centre F through point A.
7. Using the
New Point tools, click at the intersection of the circles c and g to get the vertex G.
8. Select the
Polygon tool and click on the vertices other then A in anticlockwise sequence
till you get a closed polygon. The graphics view shows the regular six-sided
polygon.
9. Select the
angle tool and click inside the hexagon . The Graphics View shows the interior
angles of the hexagon all equal to 1200 .This verifies that the
hexagon is a regular hexagon.
ncy very infomative for students.
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