The answer is: 1, 2, 4 and 5
The unmarried biological father's name may not be on the birth certificate until both parents fill out the Acknowledgement of Paternity (AOP).
The unmarried mother and father must sign an<u> Acknowledgement of Paternity</u> (AOP) in order to officially acknowledge their shared paternity.
Without having to go to court, the AOP establishes the father of the child if it complies with the requirements of District legislation.
The AOP can be finished most easily at the hospital or birthing facility right after the baby is born. The staff will assist parents in completing and notarizing the AOP.
The child's birth circumstances and the parents' marital status must allow them to establish paternity through an AOP.
This typically means that the child must be born in the District and that the parents cannot be wed or in a domestic relationship that is legally recognized.
Additionally, if the mother was married at the time of the child's birth, she cannot complete an AOP with a different man.
Hence, the unmarried biological father's name may not be on the birth certificate until both parents fill out the Acknowledgement of Paternity (AOP).
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Answer:
D.DNA-mRNA-Amino Acid-Protein-Trait
Explanation:
The relationship between DNA and the trait of an organism involves a process called GENE EXPRESSION. DNA is a molecule that contains information needed for the survival of an organism. However, this information must be expressed in order to be used.
The process of gene expression involves two major processes namely: transcription and translation. Transcription involves the synthesis of mRNA from DNA template while translation involves the synthesis of amino acid sequence from mRNA. The amino acid sequence encodes PROTEIN, which determines the TRAIT of an organism.
Based on this explanation, the correct sequence that best represents the relationship between DNA and the traits of an organism is: DNA-mRNA-Amino Acid-Protein-Trait
Answer:
active; prokaryotes
Explanation:
Active transport can be defined as the movement of molecules across cell membranes against a concentration gradient, i.e., from a region of low concentration to a region of high concentration. Group translocation is a specialized type of active transport observed in prokaryotic cells. In group translocation, the transported substance is chemically modified during its movement, thereby the cell membrane becomes impermeable to this substance once it is within the cell. In bacteria, the phosphotransferase system is a type of group translocation that uses phosphoenolpyruvate (PEP) as a source of energy to transport sugar molecules into the cell.
