By the conversion of length and distance.To group mm and cm ,we must know the conversion between both of them.Hence,we get 1cm=10 mm.
Organs
It is called a constitution.
byte
64 cubic centimeters = 64000 cubic millimeters Answer Method: 1. Redefine the question as "How do you calculate 4 x 4 x 4 into cubic centimeters and cubic millimeters?" 2. 4cm x 4cm x 4cm = 4^3 = 64 cubic centimeters. 3. 64 cubic centimeters = 64000 cubic millimeters Note: 1 cubic centimeter = 1000 cubic millimeters. ====== Answer 1: unanswerable question in current form
tissue
A group of muscle cells grouped together is called a muscle fiber. Muscle fibers come together to form muscle tissues, which in turn form muscles.
Assume that nickels are measured in diameter, and we want to form the certain number of nickels to form an inch. Let the diameter of the nickel be 22 millimeters, which is 2.2 centimeters. Note that 1 inch = 2.54 centimeters. Then, there is no definite number of nickels that exactly form an inch since: 2.54 centimeters * 1 nickel / 2.2 centimeters = 1.15... nickels [and we obtain the "incomplete" nickel to form an inch]!
The protons and neutrons are grouped together in the nucleus. The electrons form a cloud around the nucleus.
8 Bits = 1 Byte
Cells of the same type that are grouped together to perform a specific function form a tissue. Tissues work collaboratively to carry out particular roles within an organism, such as muscle tissue for movement, nervous tissue for signaling, or epithelial tissue for protection and absorption. Different types of tissues can then combine to form organs, further specializing in their functions.
Nerve cell bodies that are found outside the central nervous system are generally grouped together to form ganglia. Ganglia are clusters of nerve cell bodies that are located in the peripheral nervous system and are responsible for processing sensory information and coordinating motor functions within specific regions of the body.
The muscle cells are long and multinucleated. They are wrapped by endomysium. Clear striations can be seen. The muscle fibres are grouped together to form a fasicle. The fascicles are surrounded by perimysium. The fasciles then form a muscle bundle which is covered by the epimysium. The muscle bundles are grouped one or more similar functionis. A deep fascia separates different groups.