The renal capsule, a fibrous covering, fits over the concave surface of each kidney.
Somebody who fits in with every crowd and is not there own person therefore is a follower.
Individual pieces of glass in a frame are called "panes" or "glass panels." Each pane is a separate sheet of glass that fits within the frame.
Due to the unusually strong cohesive forces between water molecules, water has an unusually high surface tension. Water striders take advantage of this surface tension by "walking" over the water and able to not break through the surface of the water. As a classic example of form fits function, the light body weight and thin legs of the water strider further aid it in doing this.
The liquid that fits this description is mercury. Mercury is a dense liquid metal that is heavier than most rocks and can cause wood to float on its surface due to its high density compared to the objects it displaces.
That would be liquid because in a solid, they are stuck and in a gas, they are far apart but in a liquid the particles move around but are still close together.
it is called the acetabulum (sp?) This is where the top (ball) of the femur fits into the socket (acetabulum) of the hip ... called a ball and socket joint
Go to the store and see how it is. See if the size fits you, if the concave is good enough for you, etc.It's your board. So be happy with whatever you get.
A square is one example but there are many other (concave) shapes.
standing surface water
Moving surface water. A+
That is the active site. Substrate binds to it
A joint is formed with a fossa when a bone's convex surface fits into the concave depression of the fossa, allowing for articulation and movement. For example, the glenoid cavity (fossa) of the scapula forms a joint with the head of the humerus, creating the shoulder joint. This arrangement enables a range of motion while providing stability to the joint.
moving surface water
The hip joint if formed by the head of the femur and the acetabulum, which is a "cup" or concave structure integral to the pelvis. Below you'll find links to the related Wikipedia post where you can find more information and pictures.
Bones move back and forth along a plane due to the action of joints, specifically hinge joints, which allow for movement in one primary direction. These joints are structured with a convex surface that fits into a concave surface, enabling flexion and extension. The movement is facilitated by muscles that contract and relax, pulling on tendons attached to the bones. Ligaments provide stability by connecting bones at the joint, ensuring controlled movement.
A cone fits the description.
To make a simple telescope from a Pringles can, you'll need a convex lens and a concave lens, which can often be found in old binoculars or purchased online. Cut a small hole in one end of the Pringles can to fit the convex lens, and attach it securely. Then, at the opposite end, insert the concave lens, ensuring it fits snugly as well. Finally, look through the concave lens end to focus on distant objects.