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What happens to the perimeter when the sides enlarge?
When the sides of a shape enlarge, the perimeter increases proportionally based on the lengths of the sides. For example, if each side of a polygon is increased by a certain factor, the new perimeter will be the original perimeter multiplied by that same factor. This means that enlarging the sides directly affects the total length around the shape, resulting in a larger perimeter.
When you enlarge the sides of a shape to twice their original size the perimeter of the enlargement is times as large as the perimeter of the original shape.?
The perimeter is also twice as large.
How do you enlarge a shape?
mesure the distance from the point to a corner, then keep going for distance * scale do it for each corner
Is it possible to have a negative number as a length of a shape If so why?
No, it is not. Length is a metric that is defined as the absolute value of the distance between two points.
When you enlarge something on a photocopy machine is that image a dilation?
Yes, when you enlarge an image on a photocopy machine, it can be considered a dilation. Dilation in geometry refers to the transformation that changes the size of a figure while maintaining its shape and proportions. In the case of photocopying, the enlarged image retains the same shape and relative dimensions as the original, making it an example of dilation.
What happens to the area of a shape when you enlarge it?
If all dimensions of the shape are increased then its area will also increase
How do you enlarge your penny?
how to enlarge pennies?AnswerLay the penny out on a railroad track, it will take on an enlarged, oval shape.
What happens to the perimeter when the sides enlarge?
When the sides of a shape enlarge, the perimeter increases proportionally based on the lengths of the sides. For example, if each side of a polygon is increased by a certain factor, the new perimeter will be the original perimeter multiplied by that same factor. This means that enlarging the sides directly affects the total length around the shape, resulting in a larger perimeter.
In maths how do you enlarge a shape by the scale factor of 1?
if you multiply all the points by one you get the same points so the shape stays the same.
What is the shape if the radius is negative?
The radius can't be negative. The shape would simply not exist.
When you enlarge the sides of a shape to twice their original size the perimeter of the enlargement is times as large as the perimeter of the original shape.?
The perimeter is also twice as large.
How do you enlarge a shape?
mesure the distance from the point to a corner, then keep going for distance * scale do it for each corner
How to reduce breast?
To reduce the size or shape of your breasts, or enlarge it, you need surgery.
Is it possible to have a negative number as a length of a shape If so why?
No, it is not. Length is a metric that is defined as the absolute value of the distance between two points.
What is enlargement in maths?
Enlargement in math is when you take a shape and make it bigger or smaller while keeping the same shape and proportions. It's like using a photocopier to resize an image, but with numbers and geometry instead of paper and ink. So, basically, it's just math's way of saying "bigger is better... sometimes."
When you enlarge something on a photocopy machine is that image a dilation?
Yes, when you enlarge an image on a photocopy machine, it can be considered a dilation. Dilation in geometry refers to the transformation that changes the size of a figure while maintaining its shape and proportions. In the case of photocopying, the enlarged image retains the same shape and relative dimensions as the original, making it an example of dilation.
What happens to the graph when F(x) is a very small negative number?
When ( F(x) ) is a very small negative number, the graph of the function shifts downward slightly. This means that the y-values of the graph decrease by that small negative amount, causing the entire graph to dip slightly below its original position. The overall shape of the graph remains unchanged, but every point on the graph moves down slightly. This can affect the function's intercepts and may alter its behavior near the x-axis.
