The will be first heard at a trial court.
The trial courts of a U.S. federal judiciary are the district courts. Every federal judicial district, each of which covers one U.S. state or, in certain cases, a portion of a state, has one district court. There is minimum one courthouse for every district court, but many districts have much more than one. Decisions of district courts may be appealed to a U.S. court of appeals again for relevant circuit.
District courts have jurisdiction over both civil and criminal issues and thus are court of law, justice, and admiralty. Federal district courts, in contrast to American state courts, have a narrower scope of jurisdiction and are only able to hear cases involving conflicts between citizens of different states, issues of federal law, and federal offences.
To know more about federal judiciary:
brainly.com/question/18868646
#SPJ4
Criminal procedure deals with the set of rules governing the series of proceedings through which the government enforces substantive criminal law.
B. Because I did the quiz/test depends where you find the answer
Answer:
Explanation:
This type of determination compares a known sample to a glass fragment to see if the two samples came from the same source.
Glass can be made from a variety of different materials that differ from batch to batch. The presence of the different materials in the glass makes it easier to distinguish one sample from another. Also, the properties of glass can vary depending upon the temperature the glass is exposed to during manufacturing. Basic properties, such as color, thickness, and curvature, can also help to identify different samples of glass just by looking at them. Optical properties, such as refractive index (RI), are defined by various manufacturing methods. RI is the manner in which light passes through the glass. This can be measured easily even on small fragments of glass. These properties help to indicate that two samples of glass could be from the same source.
Answer:
reeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee
Explanation:
