Authenticating or Identifying Evidence, Rule 901 (a) ALL IN ALL. The proponent must provide evidence adequate to sustain a finding that the item is what the proponent asserts it is in order to satisfy the requirement of authenticating or identifying an item of evidence.
<h3>What is Rule 901. Authenticating or Identifying Evidence?</h3>
Authenticating or Identifying Evidence, Rule 901 (a) ALL IN ALL. The proponent must provide evidence adequate to sustain a finding that the item is what the proponent asserts it is in order to satisfy the requirement of authenticating or identifying an item of evidence. The authenticity of the evidence is one need that must be met for it to be considered admissible by the court. A rule of evidence known as "authentication" stipulates that there must be adequate evidence to support a determination that the thing in question is what its proponent says.
The first step in authenticating a piece of evidence is to call a witness who can attest from personal experience that it is what the claimant says it is. As an illustration, in United States v. Evidence must be sufficiently demonstrated to establish its authenticity in order for it to be admitted into court. Only a prima facie showing is necessary, hence the burden of proof for authentication is relatively low.
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By studying it we can tell how long life has existed in earth and how different plants and animals are related to each other.
Answer:
There are people out there who don't really care about there law so still abuse the rights of paople and the authorities can't go about solving all the problems one by one cuz there are times when they are not aware of what is going on.
Explanation:
<span>La vida es una pregunta ética debido a que todas nuestras oportunidades y elecciones hacen que aprendamos y crezcamos a partir de ella</span>
The right answer for the question that is being asked and shown above is that: "C) CH3CH2MgBr, ether; then KMnO4, OH2 ; then H3O+; then Br2, FeBr3."
These are the following choices:
A) Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
B) KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
C) CH3CH2MgBr, ether; then KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
D) CH3CH2Br, AlCl3; then Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
