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Certain sequences of nucleotides code for the production of specific proteins.
Crude oil contains a mixture of hydrocarbons molecules
The DNA molecules will have the instructions for the formation of amino acid which in turn forms the protein by a process called protein synthesis. It includes two steps called transcription and translation.
A compound is a molecule that contains at least 2 different elements. A molecule is formed when 2 atoms chemically form.
A substance called DNA (DeoxyriboNucleic Acid) contains the instructions for life.
There are 74 instructions in the 8085 microprocessor.
Certain sequences of nucleotides code for the production of specific proteins.
It contains instructions for the manfucation of amino acids which make protein in your body
RNA molecules
Crude oil contains a mixture of hydrocarbons molecules
DNA carries the instructions for the production of functional products (like proteins). In Eurkayotic cells, this is found in the nucleus.
Yes. The JVM is an executable program, that is, it contains instructions in machine language - for a specific processor. Since different processors have different sets of instructions, the instructions for one processor won't work on another one.
try... catch is used for error handling. The "try" block simply contains an instruction, or a group of instructions, that might fail at runtime.
molecules
All flasks contain the same number of molecules
To a first approximation each gene contains the instructions to build one protein molecule. However there are a few exceptions to this:a few genes do not code for proteins at all, their "messenger RNA" molecules are used directly without translation for regulating other genesin a small number of organisms with very small genomes (e.g. certain viruses) a gene may have more than one transcription frame allowing it to have instructions for building two or three protein molecules
Yes, the "Current PSW" contains machine state and next instruction address. It is a 64 bit register, and bits 33-63 (AMODE=31) or bits 40-63 (AMODE=24) contain the address of the next instruction to be executed. Certain "restartable" instructions, while in flight, will maintain the current instruction address until the sequence is complete, and certain exceptions, "early exceptions", will contain the current instruction address but, in general, the PSW (33-63) contains the address of the next instruction to execute.