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How would you punctuate this sentence Stevens first novel was a best seller consequently he has been on the talk show circuit?
Steven's first novel was a best seller; consequently, he has been on the talk show circuit.This sentence contains two independent clauses. To avoid a run-on sentence or a comma splice, this example uses a semicolon before the conjunctive adverb ("consequently") to separate the independent clauses.
Who is the Indian guy from Short Circuit the movie?
Fisher Stevens
What federal court did John Paul Stevens serve on?
Justice John Paul Stevens was a judge of the US Court of Appeals for the Seventh Circuit from 1970 to 1975. He was appointed to the position by President Nixon.For more information, see Related Questions, below.
When is the voltage and current in a LCR series AC circuit in phase?
In an LCR series AC circuit, the voltage and current are in phase when the circuit is at its resonant frequency. At this frequency, the inductive reactance (XL) and capacitive reactance (XC) are equal, resulting in their effects cancelling each other out. Consequently, the total impedance of the circuit is purely resistive, leading to the voltage and current reaching their peak values simultaneously.
When a second identical bulb is added in series to a circuit with a single bulb the resistance of the circuit?
When a second identical bulb is added in series to a circuit with a single bulb, the total resistance of the circuit increases. This is because the resistance of each bulb adds together, resulting in a total resistance that is double that of a single bulb. Consequently, the overall current flowing through the circuit decreases, as per Ohm's Law (V = IR), assuming the voltage source remains constant.
What is artie lange's salary?
$700,000 per year at Sirius XM and about $3 million a year on the stand-up circuit. Too Fat to Fish, his memoir, is on the New York Times bestseller list. Random House has already signed up his next book for $800,000.
What are the Circuit assignments of the US Supreme Court justices?
ALLOTMENT ORDERIt is ordered that the following allotment be made of the Chief Justice and the Associate Justices of this Court among the circuits, pursuant to Title 28, United States Code, Section 42 and that such allotment be entered of record, effective August 17, 2009.(Verified current on April 19, 2010)For the District of Columbia Circuit, John G. Roberts, Jr., Chief Justice,For the First Circuit, Stephen Breyer, Associate Justice,For the Second Circuit, Ruth Bader Ginsburg, Associate Justice,For the Third Circuit, Samuel A. Alito, Jr., Associate Justice,For the Fourth Circuit, John G. Roberts, Jr., Chief Justice,For the Fifth Circuit, Antonin Scalia, Associate Justice,For the Sixth Circuit, John Paul Stevens, Associate Justice,For the Seventh Circuit, John Paul Stevens, Associate Justice,For the Eighth Circuit, Samuel A. Alito, Jr., Associate Justice,For the Ninth Circuit, Anthony M. Kennedy, Associate Justice,For the Tenth Circuit, Sonia Sotomayor, Associate Justice,For the Eleventh Circuit, Clarence Thomas, Associate Justice,For the Federal Circuit, John G. Roberts, Jr., Chief Justice.
Which device could you use in a circuit to limit or reduce the electric current?
A resistor is a device commonly used in a circuit to limit or reduce electric current. By providing resistance, it restricts the flow of current according to Ohm's Law, which states that current is inversely proportional to resistance. Additionally, variable resistors, such as potentiometers, can be used to adjust the level of resistance and, consequently, the current in a circuit.
If the individual voltage of each load in a parallel circuit are equal to?
In a parallel circuit, the voltage across each load is equal to the source voltage. This means that if multiple devices are connected in parallel, each device experiences the same voltage. Consequently, regardless of the resistance of each load, they all receive the same voltage supply from the circuit. This characteristic allows devices to operate independently of each other.
If one branch of a parallel circuit has high resistance?
If one branch of a parallel circuit has high resistance, it will draw less current compared to branches with lower resistance. This means that most of the total current will flow through the lower-resistance branches. Consequently, the voltage across all branches remains the same, but the overall current provided by the power source will be affected, potentially resulting in decreased total current in the circuit.
How are the US Supreme Court justices connected to the US Courts of Appeals?
Each Justice is assigned one or more Circuits over which he or she is responsible for emergency petitions and certain other administrative duties. The Supreme Court of the United States website (see Related Links, below) publishes a new list whenever the assignments change.The list as of August 17, 2009, is posted below.ALLOTMENT ORDERIt is ordered that the following allotment be made of the Chief Justice and the Associate Justices of this Court among the circuits, pursuant to Title 28, United States Code, Section 42 and that such allotment be entered of record, effective August 17, 2009.For the District of Columbia Circuit, John G. Roberts, Jr., Chief Justice,For the First Circuit, Stephen Breyer, Associate Justice,For the Second Circuit, Ruth Bader Ginsburg, Associate Justice,For the Third Circuit, Samuel A. Alito, Jr., Associate Justice,For the Fourth Circuit, John G. Roberts, Jr., Chief Justice,For the Fifth Circuit, Antonin Scalia, Associate Justice,For the Sixth Circuit, John Paul Stevens, Associate Justice,For the Seventh Circuit, John Paul Stevens, Associate Justice,For the Eighth Circuit, Samuel A. Alito, Jr., Associate Justice,For the Ninth Circuit, Anthony M. Kennedy, Associate Justice,For the Tenth Circuit, Sonia Sotomayor, Associate Justice,For the Eleventh Circuit, Clarence Thomas, Associate Justice,For the Federal Circuit, John G. Roberts, Jr., Chief Justice.
Why does intensity and tension change when resistance does in an electric circuit?
In an electric circuit, intensity (current) and tension (voltage) are interconnected through Ohm's Law, which states that voltage equals current times resistance (V = IR). When resistance changes, it directly affects the current flowing through the circuit; increasing resistance typically reduces current, while decreasing resistance allows more current to flow. Consequently, the voltage across the circuit components must adjust to maintain the relationship defined by Ohm's Law, leading to changes in both intensity and tension. This interplay ensures that the overall energy distribution in the circuit remains consistent.
