It depends on the triangle's legs. if we name 1 leg a, the other b, and the hypotenuse c, then a squared + b squared = c squared. once you get c, you get how long the hypotenuse is.
C=2(pie)R i.e. C=2(3.141)1 C=6.282cm
It is a rectangle with sides of 2 by 3
Suppose the equation of the line is y = mx c where m is not zero.Then the x-intercept is (-c/m, 0) and the y-intercept is (0, c)Therefore -c/m + c = kmultiplying by m, -c + cm = kmor c*(m -1) = kmand so, provided (m - 1) is not 0, c = km/(m - 1)and the equations of the line are y = mx + km/(m - 1) for different values of m.When m - 1 = 0, then m = 1 and so the equations are y = x + c so that the intercepts are (-c, 0) and (0, c) and so 2*c = k so the equation is y = x + k/2
5
C-1 (Atlas)
Cervical 1 vertebrae
The upper back vertebrae are also known as the thoracic vertebrae.
Another name for the vertebrae is spinal column or backbone.
Vertebrae are divided into sections: the atlas and axis account for the first cervical vertebrae, of which there are 7 in total; there are 12 thoracic vertebrae, 7 lumbar vertebrae, 1 sacrum (5 separate vertebrae in a baby), and 1 coccyx (4 separate vertebrae in a baby).
Spine or the individual bones that make it up are called Vertebrae (singular: vertebra).
The atlas (C1) vertebrae in the spine does not have a body, as it is designed to support the weight of the skull and allow for a wide range of head movements.
Vertebra (plural vertebrae) is the scientific name for one of the bones that make up the spinal column.
Vertebrae or spine.
You mean the cervical vertebrae. ( C and v are close enough on the key board!) You have the 7 cervical vertebrae in the neck region. They are small in size. They all have foramen transversarium in them. They do not have the markings of the ribs on the body, like the thoracic vertebrae.
no
The spine, or vertebrae, hence the name vertebrates for animals with backbones. Each vertebrae has a number that corresponds to it's position in the spine.