well
no but i have a set, can't find another one anywhere. sorry
I have no idea yet oh yeah on Doppler I think
Ball bearings come in a wide range of sizes from really tiny to really big. That less-than-specific answer reflects the less-than-specific question. There are a variety of ball bearings out there, and you can always specify a custom size if you can't find one off the shelf that suits you.
Anywhere if you google the episode's name. Just type in Watch Dragon Ball Z episodes (and depending what language you're native in, type in that language sub) And it should take you to a whole bunch of sites that will let you watch for free. Hope I helped;)
On the Mercedes ml320 you should be able to ground the o2 sensor to the body of the car. Just find an unpainted section and stick its ground wire on. If this does not work, try adding an isolation capacitor between the grounding pin and chassis as well. If this still doesn't work, got to the dealer.
hip joint and shoulder joint
hip joint and shoulder joint
Either femur or tibia, it's the lower leg bone. I believe it is femur.
The shoulder joint is a ball and socket joint, in which the ball at the end of the humerus attaches to the socket in the scapula, while the knee is a plane joint, where the patella slides above the femur, tibia, and fibula.
Maybe you should get an x-ray and find out yourself!
Hip and shoulder joints are two examples in humans of ball and sOcket joints
Hips and shoulder. The ball and socket connect the femur to the pelvis and the humerus to the scapula and clavicle.
In the shoulder and also your hip is a ball joint. A ball joint is the most mobile joints of the human body. A ball joint allows you to use your legs and arms in a lot of different directions.
The shoulder and hip joints are the only ball-and-socket joints in the human body due to the need for great motion at the end of the body’s limbs and the vast numbers of muscles needed to move and support such flexible joints. In the shoulder joint, the spherical head of the humerus (upper arm bone) fits into the glenoid cavity of the scapula (shoulder blade). The glenoid cavity permits the shoulder joint the greatest range of motion in the human body. The muscles of the rotator cuff hold the humerus in place.The hip joint is somewhat less moveable than the shoulder, but is an overall stronger and more stable joint. That is necessary to bear the weight of the body resting on the legs while performing actions such as standing, walking, and running. In the hip joint the rounded, almost spherical head of the femur (thigh bone) fits tightly into the acetabulum, a deep socket in the os coxa (hip bone). The largest muscle in the body is found here: the gluteus maximus. Many tough ligaments and the powerful hip muscles hold the head of the femur in place and resist some of the most powerful strains in the body. The depth of the acetabulum also prevents dislocations of the hip by limiting the movement of the femur in its socket.
The most freely movable joint is classified as either functional and are called diarthroses which means freely movable joints. Or they can be classified as to their structure and are called synovial Joints which have a fluid-filled joint cavity and free movement.
The shoulder joint is not harder to move, it just moves differently. It is a ball and socket joint, giving it a wider range of movement, but the elbow is a synovial joint, which can only move in one direction. The reason that yo may find it harder to move your shoulder is because the muscles pulling it may be less developed and also it has to pull up an entire arm, not just a forearm.
your shoulder