Knee joint - femur and tibia.
Hip joint - pelvis and femur.
Shoulder joint - scapula and humerus
Elbow joint - humerus, radius and ulna
Sacroiliac joint - sacrum and ilium.
<h3><u>Explanation:</u></h3>
The joints are defined as the connection between two adjacent bones which makes different structures. Joints are of different types - some are movable, while some are immobile.
The knee joint is a hinge joint which is a movable joint between the femur and tibia. This joint has synovial capsule, as well as synovial fluid to help in the movement. Knee joints are movable only in one axis.
Hip joint is also a mobile joint, between the femur and the acetabulum cavity of pelvis. This joint is a ball and socket joint, movable in all axis.
Shoulder joint is very similar to hip joint, being synovial joint. This joint is between the facet of scapula and humerus. This joint is the most movable joint of a human body, being able to rotate a complete of 360°.
Elbow joint is very similar to knee joint, which is also a movable joint between the humerus and radius- ulna. It's also a hinge joint, movable in one plane.
Sacroiliac joint is an immovable joint between the sacrum and ilium, which joins the pelvis with the vertebral column. This joint isn't a synovial joint.
Prewash- prefix before
Incorrect- prefix wrong
Mistrust- prefix not/opposite
Disable- prefix not/opposite
Just write the important parts use good grammar use some of your own words and you should be fine
They can melt because of global warming.
Answer:
Choice C., High blood glucose levels can result from an overproduction of insulin
Explanation:
Blood sugar levels are regulated by two pancreatic hormones—insulin and glucagon. When blood sugar levels increase, insulin is released (beta cells of the pancreas), it binds to its receptors and consequently increase glucose uptake by cells, which effectively lowers blood glucose levels. On the other hand, when blood sugar levels decrease, glucagon is released (alpha cells of the pancreas), it binds to its cell receptors, and causes glucose to be released into circulation, thereby increasing blood glucose levels.