No, two equipotential surfaces cannot intersect. These are surfaces where the gradient of potential is zero always.
yes two lines intersect to form a point two planes intersect to form a line
Two lines that intersect to form right angles are perpendicular.
Shapes have flat surfaces in plane geometry. They can also be described as two dimensional shapes.
A line
No, two equipotential surfaces cannot intersect. These are surfaces where the gradient of potential is zero always.
When two lines intersect they form an axes.
When two lines intersect they form an axes.
yes two lines intersect to form a point two planes intersect to form a line
Two. Considering this is a two-dimensional object, cut out of a piece of paper it would have two flat surfaces, the front and the back. If your talking a about a sphere, the three-dimensional object of a circle, it has no flat surfaces considering it is round.
It has two flat surfaces.
Two lines that intersect to form right angles are perpendicular.
When two lines intersect to form a right angle they are called perpendicular.
Shapes have flat surfaces in plane geometry. They can also be described as two dimensional shapes.
There are two definitions for 'cuboid', but they both describe a shape with six flat surfaces (or 'faces').
When the two surfaces touch but do not intersect one another.
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