movements in the oblique plane
Lateral flexion
1. Frontal plane is also called (Coronal Plane)- Divides the body into front and back halves. 2. Saggittal plane- Divides the body into left and right division. 3. Transverse plane- Horizontal division that divides the body into upper and lower halves. -Mariah Pappan
A hinge joint. Using your knee as an example of what this means: Standing up you can bend the knee so that your leg is bent behind you, but you cannt twist it or move it in any other way. This is what it is meant by only one plane of movement. Other joints such as your shoulder allow you to move your arm in many different ways meaning it has several planes of movement.
Uniaxial movement refers to motion that occurs in only one direction or along a single axis. In the context of biology or anatomy, uniaxial movement can refer to the motion of a joint that allows movement in only one plane or direction, such as flexion and extension at the elbow joint. This is in contrast to biaxial or multiaxial movement, which involve motion in multiple planes or around multiple axes.
Ball and socket joints, such as the hips and shoulder joints, can move in all directions.
Movements like for instance a golf swing that's takes movement trough a number of planes,cannot be catagorised as a single movement in a single plane,eg.sagital,horizontal or vertical plane movements.Thus catagorised as movements in the oblique plane.
yes gm
nope!
A golf swing is considered to be in an oblique plane because it is no a straight line. It bows a little bit from your backswing to your follow through.
no
sikerim got den olursun gulmekten
right pyramid oblique cone right cone oblique pyramid
the answer is... -OBLIQUE -ISOMETRIC -PERSPECTIVE OR -DIAMETRIC
orthographics means line is perpendicular to the view plane,while oblique means line is not exactly perpendicular to the view plane.
Oblique
It is a 3D representation in two dimensions. Width and height are drawn on horizontal and vertical lines and depth is on an angled line, usually 30 or 45 degrees.
1) Place the object so that the view with the most detail is parallel to the picture plane, especially if the view consists of arcs and circles. 2) Place the object so that the longest dimension runs horizontally across the sheet. 3) In some cases the above two will conflict, and when this is so, rule #1 has preference as the advantage gained by having the irregular face without distortion is greater than gained by observing rule #2. 4) Decisions about viewing an object in oblique projection should aim to show the object so that its shape is most clearly presented and is conducive to showing its dimensions.