8. exploring sineswithsliderstouchpad
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This document provides instructions for creating a graphing window with three sliders in TI-Nspire and using the sliders to manipulate the graph of a sine function. The sliders control the amplitude, horizontal shift, and phase shift of the sine function. Users can explore how changing the slider values affects the graph of the function.
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9. exploring cosineswithsliderstouchpad
This document provides instructions for creating a graphing window with three sliders in TI-Nspire and using the sliders to manipulate a cosine graph. The instructions include how to create the sliders, change the slider settings, input a generic cosine function linked to the sliders, and use the sliders to dynamically adjust the graph of the function.
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This document provides keystroke-by-keystroke instructions for creating a graph of cosine functions with sliders in TI-Nspire. It describes how to create a graphing window and three sliders, set the slider ranges from 1-5 and 0*π to 5*π, and input the generic function V1*cos(V2*x + V3) to link the sliders to the graph.
1 exploring sineswithsliders
This document provides instructions for creating a graphing window with three sliders in TI-Nspire and using the sliders to manipulate a sine graph. The steps include: creating a graphing window and three sliders; moving two sliders by hovering over them and pressing arrow keys; changing the settings of the sliders to specific ranges; and inputting a generic sine function using the slider values.
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This document provides instructions for creating a graph of a rational function using sliders in TI-Nspire. It describes how to create a graph window and four sliders to manipulate the variables a, b, c, and d in the generic rational function (Ax + B)/(Cx + D). The sliders can then be adjusted to explore how changing the variables affects the graph of the function.
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Comentário: 8° Domingo do Tempo Comum - Ano A
Comentário bíblico: 8° Domingo do Tempo Comum - Ano A
- TEMA: "BUSCAR ACIMA DE TUDO O REINO, CONFIANDO PLENAMENTE EM DEUS"
- LEITURAS BÍBLICAS (PERÍCOPES):
http://pt.slideshare.net/josejlima3/8-domingo-do-tempo-comum-ano-a-2014
- TEMAS E COMENTÁRIOS: AUTORIA: Pe. José; Bortolini, Roteiros Homiléticos, Anos A, B, C Festas e Solenidades, Editora Paulus, 3ª edição, 2007
- OUTROS:
http://www.dehonianos.org/portal/liturgia_dominical_ver.asp?liturgiaid=688
SOBRE LECIONÁRIOS:
- LUTERANOS: http://www.luteranos.com.br/conteudo/o-lecionario-ecumenico
- LECIONÁRIO PARA CRIANÇAS (Inglês/Espanhol): http://sermons4kids.com
- LECIONÁRIO COMUM REVISADO (Inglês):
http://www.lectionary.org/
http://www.commontexts.org/history/members.html ;
http://lectionary.library.vanderbilt.edu/
- ESPANHOL: http://www.isedet.edu.ar/publicaciones/eeh.htm (Less)
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This document provides keystroke-by-keystroke instructions for exploring logarithmic functions using sliders in TI-Nspire Mini-Tutorials. It describes how to create a graph window and three sliders, change the slider settings to manipulate variables a, b, and c with ranges from -10 to 10 in the generic logarithmic equation log(a·x+b)+c, and input and manipulate this equation using the sliders.
Graphs of Quadratic Functions
This document provides instructions for creating and manipulating a graph of a quadratic function in standard form (ax^2 + bx + c) using sliders on a TI-Nspire CX graphing calculator. It describes how to:
1) Create a graph window and three sliders labeled a, b, and c.
2) Set the slider ranges and link them to the coefficients in the quadratic function.
3) Enter the generic quadratic formula and manipulate the graph by adjusting the slider values.
Slope formulatemplatecx2
This document provides a 3-step summary of keystrokes to calculate slope on a TI-Nspire CX graphing calculator:
1) Create a graph with two points and assign their coordinates to variables.
2) Create a spreadsheet and populate it with the x- and y-coordinate variables.
3) Use the variables in the slope formula in the spreadsheet to automatically calculate the slope.
1 graphs of_linear_functions
This document provides a summary of keystrokes for graphing and manipulating linear functions on a TI-Nspire graphing calculator. It instructs the user to create a graph window, graph the linear functions y=x and y=x+3, and then use arrow keys to translate or rotate the graphed lines by pressing and holding buttons until symbols change. The document is from www.media4math.com and copyrighted.
13. circumscribing a triangle touchpad
This document provides instructions for circumscribing a circle about a triangle using a TI-Nspire calculator. It outlines three key steps: 1) creating a geometry window, 2) constructing a circle by pressing buttons until it is half the screen size, and 3) adding three points on the circle and connecting them to form an inscribed triangle. The summary concisely outlines the key steps and context in 3 sentences as requested.
28. distance formulatemplatetouchpad
This document provides instructions for using a TI-Nspire calculator to calculate the distance between two points using the distance formula. It describes how to create a graph with two labeled points mapped to variables, create a split screen with a spreadsheet, and enter the distance formula using the mapped variables so the spreadsheet will automatically recalculate as the points are moved in the graph. The distance formula is displayed to be sqrt((x2-x1)^2+(y2-y1)^2).
29. midpoint formulatemplatetouchpad
This document provides instructions for using a TI-Nspire calculator to demonstrate the midpoint formula. It describes how to:
1) Create a graph window and add two points, labeling them and assigning them to variables x1, x2, y1, y2.
2) Create a split screen with a spreadsheet and enter the midpoint formula using the variables to calculate the x- and y-coordinates of the midpoint as (x1 + x2)/2 and (y1 + y2)/2.
3) Manipulate the points in the graph to dynamically update the midpoint coordinates calculated in the spreadsheet.
Slope formulatemplatecx
This document provides instructions for creating a slope formula template on a TI-Nspire CX graphing calculator. The instructions are: add two points to a graph, display their coordinates, use the text tool to input the slope formula, link the formula to the point coordinates so the slope automatically updates when the points are moved, and manipulate the points to test it.
3 circumscribing a_triangle
This document provides a 3-step summary of keystrokes for constructing a circle circumscribed about a triangle using the TI-Nspire calculator: 1) Create a geometry window, 2) Construct a circle by pressing buttons to set the diameter to half the screen size, and 3) Add three points on the circle and connect them to form the inscribed triangle.
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