Area of Ellipse a-axis 23 in by b-axis 61 cm Calculator

Choose

Ellipse Axis A
Ellipse Axis B



Area of Ellipse a-axis 23 in by b-axis 61 cm is 1735.2970422 in2 or 3563.62 cm2.

    Area of Ellipse a-axis 23 in by b-axis 61 cm in other units

Value unit
0.0440765 km²
0.027388 mi²
44.0765449
144.6080869 ft²
1735.2970422 in²
48.2026956 yd²
4407.6544872 cm²
44076.5448719 mm²


Area of Ellipse a-axis 23 in by b-axis 61 cm

Steps:

Given that Ellipse a-axis(x) = 23 in and b-axis(y) = 61 cm

Area = π (a*b)

      Unit Conversion of Width 61 cm = 24.015748 in

To convert Centimeter to Inches

we know that, 1 Centimeter = 0.393705 inches or
                         1 Centimeter = 1/2.54 inches

To convert Centimeters to inches, divide the centimeter value by 2.54.

Result in Centimeters: 61 × cm/2.54 × in/cm

Cancel The Comman factor of cm

Result in Inches: 61/2.54 in

Divide the 61 by 2.54

Result in Inches: 24.015748 inches

∴ 61 Centimeters = 24.015748 inches

Put the values of a, b and π(Pi) in above Area Formula

A = 3.14 (23 in * 24.015748 in)

Simplify the above equation

Area = 1735.2970422 in²

∴Area of an Ellipse a-axis 23 in by b-axis 61 cm is 1735.2970422 cm²

or

      Unit Conversion of Length 23 in = 58.42 cm

To convert Inches to Centimeters

we know that, 1 Inche = 2.54 Centimeters

To convert Inches to Centimeters, multiply the inche value by 2.54

Result in Centimeters: 23 in × 2.54 × cm/in

Cancel The Comman factor of in

Result in Centimeters: (23 x 2.54 cm)

Multiply 23 into 2.54

Result in Centimeters: 58.42 Centimeters

∴ 23 Inches = 58.42 Centimeters

A = 3.14 (58.42 cm * 61 cm)

Simplify the above equation

Area = 3563.62 cm²

∴Area of an Ellipse a-axis 23 in by b-axis 61 cm is 3563.62 cm²

Annulus(Ring) Capsule Circle Circumference Cone Conical Frustum Cube Cylinder Equilateral Triangle Hemisphere Isosceles Triangle Parallelogram Perimeter Polygon Pyramid Rectangle Rectangular Prism Rhombus Sphere Square Stadium Surface Area Triangle Calculator Right Triangular Prism Tube Volume Orthocenter Moment of Inertia Golden Rectangle Centroid