A leg amputation typically involves the transverse plane of the body, as it is often performed across the limb at a specific level, such as above or below the knee. This plane divides the body into upper and lower sections, allowing for the removal of the leg while maintaining the integrity of the rest of the body. The procedure may also involve the coronal plane if the amputation is performed at an angle or in a way that requires consideration of the front and back aspects of the limb.
The plane involved in the amputation of the arm at the shoulder is the coronal (or frontal) plane. This plane divides the body into anterior (front) and posterior (back) sections and would be used to make a cut that separates the arm from the body at the shoulder joint. The surgical approach may also involve the transverse plane if the amputation is performed at an angle.
Amputation of the foot at the ankle would involve cutting through the transverse plane, which divides the body into superior (upper) and inferior (lower) parts. This type of amputation typically occurs at the level of the ankle joint, affecting both the tibia and fibula bones. The procedure may also require consideration of nearby structures, including tendons, ligaments, and blood vessels in the surgical approach.
A cut along the transverse plane= transverse or cross section. *(If cut at an angle= oblique section).
Parallelogram
Depending on the inclination of the plane used for the cross-section, it could be a square, rectangle, trapezium, triangle.
Yes, a parasagittal section is a cut parallel to and offset from the midline (midsagittal plane) of the body. This type of cut separates the body into unequal left and right portions.
The answer depends on where a plane cuts through the cylinder. It could be a circle, ellipse, rectangle or square. Not sure what the projection on a plane at an angle to the length of the cylinder would be. A parabola? Plus there are other section where the
It depends how the cone was standing relative to the horizontal plane of the cut:It will result in:a circle (if the cone is with its circular base in a horizontal plane)a parabola (if the cone is with its circular base is in a vertical plane)an ellipse (if the cone is tilted with its circular base somewhere between a horizontal plane and a vertical plane).
That conic section is a circle.When you slice a cone with a plane parallel to the base of the cone, the sliced section is a circle, and the portion of the original cone on the side of the vertex is again a cone.An isosceles cone would be the out come
The section for the internal view of both kidneys would be a transverse one.
That would be called a transverse section.
i would prefer an amputation