Science, asked by adityakumar379090, 1 month ago

the position of an object is maintain by ? ​

Answers

Answered by Anonymous
0

Answer:

Position describes the location of an object. ... The of a place or an object is the location of that place or object. Often you describe where something is by comparing its position with where you currently are.

Explanation:

Objects can moved by selecting them in the work-area and moving them using the mouse. However, you can directly set the position and size of an object from within its properties.

For responsive titles, the color of the labels for the settings that you can override on the Position & Size ribbon indicates the device in which an override was placed. For more information about developing responsive titles and setting overrides, see Working with responsive content.

To specify the position and size of an object:

Do one of the following to display the Position & Size ribbon:

In the Title Explorer, double-click the graphic of the object.

In the Title Explorer, right-click the graphic and select Properties.

In the work area, double-click the object.

In the work area, right-click the object and select Properties.

Click the Position & Size ribbon.

Specify the following information. All measurements are based on pixels.

Lock/Unlock Specify whether to lock or unlock the object's position and size. To lock the position and size so that the object cannot be changed, click the graphic to display the locked lock () graphic in the Position & Size group. This disables the other position and size controls. To unlock the position and size so that the object can be changed, click the graphic to display the unlocked lock () graphic in the Position & Size group. This enables the other position and size controls.

X Coordinate

Specify the horizontal distance of the object relative to the left edge of the page. To do so, updated the number of pixels specified in the X Coordinate field in the Position group.

Y Coordinate

Specify the vertical distance of the object relative to the top edge of the page. To do so, update the number of pixels specified in the Y Coordinate field in the Position field.

Offset from Right

Specify whether to change the reference point (from the right) from which the object is placed. To do so, enable the Offset from Right check box in the Position group.

Offset from Bottom

Specify whether to change the reference point (from the bottom) from which the object is placed. To do so, enable the Offset from Bottom check box in the Position group.

Specify the height of the object. To do so, update the number of pixels in the Height field in the Size group.

Auto Size Click this to automatically size the object to fit the text. The object is automatically sized to fit the text if the graphic is changed to . Conversely, the object is not automatically sized to fit the text if the graphic is changed to .

Maintain Ratio

Specify whether to maintain an object's native size ratio . If the aspect ratio is maintained (locked), and you alter the width of the object, the height will automatically be adjusted to maintain the object's original size ratio. The same is true of the object's width if you alter the height. If the aspect ratio is unlocked, you can alter the width and height independently. To lock the aspect ratio of the object, click the graphic to display the locked () graphic in the Maintain Ratio graphic. To unlock the aspect ratio of the object, click the graphic to display the unlocked () graphic in the Maintain Ratio graphic.

Reset to Original Specify whether to reset the object to it's original size. The original width and height in pixels are displayed. To reset the object, click the Reset to Original field.

You can also specify the position of your object directly from the status bar.

Answered by anuradhakumari5412
0

A position of an object causes the object to change its shape or size, to start moving, to stop moving, to accelerate or decelerate. When there's the interaction between two objects they exert a force on each other, these exerted forces are equal in size but opposite in direction.

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