Yes you can.
it usually applys to the numbers when you type in a mobile number to your phone
/* <applet code=palette height=600 width=600> </applet> */ import java.awt.*; import java.awt.event.*; import java.applet.*; public class palette extends Applet implements ActionListener,ItemListener { Button[] colors; Checkbox foreground,background; TextArea workarea; CheckboxGroup cbg; Panel buttonpanel,checkpanel,palettepanel; String colour; public void init() { buttonpanel=new Panel(); buttonpanel.setLayout(new GridLayout(3,3)); colors=new Button[9]; colors[0]=new Button("RED"); colors[1]=new Button("GREEN"); colors[2]=new Button("BLUE"); colors[3]=new Button("CYAN"); colors[4]=new Button("ORANGE"); colors[5]=new Button("WHITE"); colors[6]=new Button("BLACK"); colors[7]=new Button("YELLOW"); colors[8]=new Button("PINK"); for(int i=0;i<9;i++) { colors[i].addActionListener(this); buttonpanel.add(colors[i]); } checkpanel=new Panel(); checkpanel.setLayout(new FlowLayout()); cbg=new CheckboxGroup(); foreground=new Checkbox("ForeGround",cbg,true); background=new Checkbox("BackGround",cbg,false); foreground.addItemListener(this); background.addItemListener(this); checkpanel.add(foreground); checkpanel.add(background); workarea=new TextArea(8,40); workarea.setFont(new Font("Garamond",Font.BOLD,20)); palettepanel=new Panel(); palettepanel.setLayout(new BorderLayout()); palettepanel.add(workarea,BorderLayout.CENTER); palettepanel.add(checkpanel,BorderLayout.EAST); palettepanel.add(buttonpanel,BorderLayout.SOUTH); add(palettepanel); } public void itemStateChanged(ItemEvent ie) { } public void actionPerformed(ActionEvent ae) { colour=ae.getActionCommand(); if(foreground.getState()==true) workarea.setForeground(getColour()); if(background.getState()==true) workarea.setBackground(getColour()); } public Color getColour() { Color mycolor=null; if(colour.equals("RED")) mycolor=Color.red; if(colour.equals("GREEN")) mycolor=Color.green; if(colour.equals("BLUE")) mycolor=Color.blue; if(colour.equals("CYAN")) mycolor=Color.cyan; if(colour.equals("ORANGE")) mycolor=Color.orange; if(colour.equals("WHITE")) mycolor=Color.white; if(colour.equals("BLACK")) mycolor=Color.black; if(colour.equals("YELLOW")) mycolor=Color.yellow; if(colour.equals("PINK")) mycolor=Color.pink; return mycolor; } }
It is because it helps analyze all the colors to even pigments and that kind of stuff
"To print or display the opposite background and foreground colors. For example, a typical white page with black text would be reverse printed as white characters on a black background."
This is a homework question, so I won't answer it directly.But a two-digit hexadecimal number can have 256 different values - 00 to FF - so with three of them you can combine any of the 256 values of the first color with any of the 256 values of the second and third color, for a total of 256 * 256 * 256 different combinations.Even though you can specify that many colors, it does not necessarily mean that the computer screen can show them all. See related link for more on web colors.
To create a beautiful display of colors like a rainbow, you can use a prism or water droplets to refract sunlight into its different wavelengths, which will create the spectrum of colors. This can be done by shining sunlight through a prism or creating a mist of water droplets to reflect and refract the light.
They (we) use different formulas to create different colors because when different chemicals burn they do so at different temperatures and they produce a different wave length of light that we see as different colors. For example Copper II Oxide can be used to make the color blue.
A 24-bit video adapter can display roughly 16 million different colors.
A 24-bit video adapter can display roughly 16 million different colors.
The number of colors in a display is different to the form of the display. LED or CCFL illumination of an LCD display does not in any way impact on the number of colors that can be resolved.
A rainbow is created when sunlight is refracted, or bent, by raindrops in the atmosphere. The sunlight is split into its different colors as it passes through the raindrops, creating the colorful display we see in the sky.
To create a visually striking display using pulsing LED lights, you can start by selecting a variety of LED lights in different colors and sizes. Arrange them in a pattern or design that you find visually appealing. Then, program the LED lights to pulse or change colors in a synchronized manner to create a dynamic and eye-catching effect. Experiment with different patterns and timings to achieve the desired visual impact.
because your high
To create a visually striking display using flashing LED lights, you can arrange the lights in a pattern or design, vary the speed and intensity of the flashing, and use contrasting colors to make the display more eye-catching. Experiment with different placement and timing of the lights to create a dynamic and attention-grabbing effect.
A screen that supports 16.7 million colors can display 16.7 million different colors.
To create a visually striking display using black light reactive paper, you can start by choosing a dark room or space where the black light will have the most impact. Then, use the black light reactive paper to create designs, patterns, or artwork that will glow under the black light. Experiment with different colors and shapes to create a dynamic and eye-catching display.
Primary colors