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To change the font, set the name property of the font object to the font you want For example, to use the Times New Roman font on the selection:

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Pointing and Control Devices A joystick is a control device capable of producing movement, or controlling variable quantities, in two dimensions The device consists of a movable lever and a ball bearing within a control box The lever can be moved by hand up and down, and to the right and left Joysticks are used in computer games, for entering coordinates into a computer, and for the remote control of robots In some joysticks, the lever can be rotated, allowing control in a third dimension A mouse is a peripheral commonly used with personal computers By sliding the mouse around on a flat surface, a cursor or arrow is positioned on the display Pushbutton switches on the top of the unit actuate the computer to perform whatever function the cursor or arrow shows These actions are called clicks A trackball resembles an inverted mouse, or a two-dimensional joystick without the lever Instead of the device being pushed around on a surface, the user moves a ball bearing, causing the display cursor to move vertically and horizontally Pushbutton switches on a computer keyboard, or on the trackball box itself, actuate the functions An eraser-head pointer is a rubber button approximately 5 mm in diameter, usually placed in the center of a computer keyboard The user moves the cursor on the display by pushing against the button Clicking and double clicking are done with button switches on the keyboard A touch pad is a sensitive plate that is about the size of a business card The user places an index finger on the plate and moves the finger around This results in intuitive movement of the display cursor Clicking and double clicking are done in the same way as with the trackball and eraser-head pointer Electric Motor An electric motor converts electrical energy into angular (and in some cases linear) mechanical energy Motors can operate from ac or dc, and range in size from tiny devices used in microscopic robots to huge machines that pull passenger trains The basics of dc motors were discussed in Chap 8 In a motor designed to work with ac, there is no commutator The alternations in the current keep the polarity correct at all times, so the shaft does not lock up The rotational speed of an ac motor depends on the frequency of the applied ac With 60-Hz ac, for example, the rotational speed is 60 revolutions per second (60 rps) or 3600 revolutions per minute (3600 rpm) When a motor is connected to a load, the rotational force required to turn the shaft increases The greater the required force becomes, the more power is drawn from the source Stepper Motor A stepper motor turns in small increments, rather than continuously The step angle, or extent of each turn, varies depending on the particular motor It can range from less than 1 of arc to a quarter of a circle (90 ) A stepper motor turns through its step angle and then stops, even if the current is maintained When a stepper motor is stopped with a current going through its coils, the shaft resists external rotational force Conventional motors run at hundreds, or even thousands, of revolutions per minute (rpm) But a stepper motor usually runs at much lower speeds, almost always less than 180 rpm A stepper motor has the most turning power when it is running at its slowest speeds, and the least turning power when it runs at its highest speeds When a pulsed current is supplied to a stepper motor, the shaft rotates in increments, one step for each pulse In this way, a precise speed can be maintained Because of the braking effect, this.

set name of font object of the text object of the selection to "Times New Roman"