Depends
You would find the area of the inside and outside shape (pretending that the inside shape was not in the outside shape). then, you would take the area of the outside shape and subtract the area of the inside shape.
In the phrase 'area of a shape', both area and shape are nouns. In your mind, add 'the', it helps to show that they are nouns: 'the area of the shape'.
Shape of a T
A 'T' shape could be called a cross, and in a religious manner, a crucifix.
To find the area of a shape that is inside another shape, first calculate the area of the outer shape using the appropriate formula based on its geometry. Then, calculate the area of the inner shape using its specific area formula. Finally, subtract the area of the inner shape from the area of the outer shape to determine the area of the space between them. If needed, ensure that both areas are measured in the same units for accurate results.
That sounds like either a Triangle (three sided area) or a Trapezoid (four sided area).
I am pretty sure it is Topography. And yes it does start with T. :)
You would find the area of the inside and outside shape (pretending that the inside shape was not in the outside shape). then, you would take the area of the outside shape and subtract the area of the inside shape.
In the phrase 'area of a shape', both area and shape are nouns. In your mind, add 'the', it helps to show that they are nouns: 'the area of the shape'.
Shape of a T
A 'T' shape could be called a cross, and in a religious manner, a crucifix.
The Area Of A Shape Is Multiplying The width * The Length
To find the area of a shape that is inside another shape, first calculate the area of the outer shape using the appropriate formula based on its geometry. Then, calculate the area of the inner shape using its specific area formula. Finally, subtract the area of the inner shape from the area of the outer shape to determine the area of the space between them. If needed, ensure that both areas are measured in the same units for accurate results.
Symmetry is when something has exactly the same shape on either side of an axis line. T is a vertical symmetrical shape.
The area of a shape is measured in square units
No shape can have an area of 23 mm since that is a measure of length, not area.
The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.The shape is called the teardrop shape!In 2-dimensions, its parametric equation isx = sin(t)*sinm(t/2)y = cos(t) for -pi < t < piThe integer constant, m, changes the shape of the teardrop. At m = 0 the shape is a circle and as m increases the shape gets a pointier the top. I think 3 is about right.The 3-d version is obtained by rotating this shape about the y axis.