The plane that divides the body into equal left and right portions is called the midsagittal plane, also known as the median plane. This plane passes through the midline of the body, dividing it into two symmetrical halves.
The cut is made along the midsagittal plane, which divides the body into equal left and right halves.
Most jellys are axially symmetrical. Let's do a quick "thingie" to see what that is. Picture a dinner plate on a table. Stand a candlestick on it in the middle. That candlestick is the axis here, and the plate is symmetrical around or about the candlestick. Most jellys are symmetrical in that way.
A slip plane in a crystal is a specific crystallographic plane along which plastic deformation occurs when shear stress is applied. It is a preferred plane for dislocations to move and cause the crystal to deform without breaking. Movement along slip planes allows crystals to change shape without fracturing.
The Plane of Division determines Prokaryotic cell grouping patterns.
The transverse plane is perpendicular to the longitudinal axis.
No. Since longitudinal waves are vibrating in the direction that they are traveling, polarization has no meaning in their case.
The division of the body into sections from front to back, right and left, and top and bottom by the use of the midsagittal plane, the traverse plane and the coronal plane. Along with the movement away from or towards these planes.
The section that divides the body on the longitudinal plane into equal right and left parts is called the midsagittal plane. This plane passes through the midline of the body, creating symmetrical halves.
If we consider the longitudinal cross section of the single stage of CFC disc, then the plane containing the impeller blade section with hub & shroud is known as the Meridional Plane.
It's the plain of movement i.e. transverse and longitudinal waves oscillate in transverse and longitudinal plane respectively. in 3d space electromagnetic energy is represented by oscillating pattern, that's why the name is wave like light wave. "Atul ashish"
Movements in the transverse plane occur around the vertical, or longitudinal, axis of the body. This axis runs from top to bottom, perpendicular to the ground. Examples of transverse plane movements include rotation of the head, trunk, and limbs.
Para-Sag-ital plane. A plane goesparallelto Sag-ital plane. (Sagita means Arrow.)
Polarisation is specially related to limiting the vibrations in only one direction or a plane. This is possible in case of transverse waves. But in case of longitudinal only one direction of propagation ie to and fro is possible. So no chance of having the phenomenon of polarisation with longitudinal waves.
Roll is the movement of the aircraft around it's longitudinal axis, this is a line from the nose to the tail.
No, the longitudinal wave can't be polarised. Because polarisation means lack of symmetry. But longitudinal waves are symmetrical from all the sides of vision. This is because their plane of propagation and vibration is same. this wave loks same from all the sides.
Well the three axes for an airplane are known as the vertical axes (which governs the yaw of the plane), the Longitudinal axes (govenrs the roll of the plane), at the lateral axes (govenrs the pitch)