If the charged particle moves in the magnetic field or electric field, then it experiences magnetic force or electric force because of its magnetic or electric properties.
<h3>What is magnetic field?</h3>
The magnetic field is the region of space where a charged object experiences magnetic force when it is moving.
When a charged particle such as an electron or proton moves inside a conductor, magnetic lines of force rotate around the particle. This relative motion causes the magnetic field to generate.
Thus, If the charged particle moves in the magnetic field or electric field, then it experiences magnetic force or electric force because of its magnetic or electric properties.
Learn more about magnetic field.
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Answer:
A. 9 Watts
B. 2.25 Watts
C. 4.5 Watts
Arranging the circuit from lowest power to highest power we have
Circuit B, circuit C, circuit A.
Explanation:
The power in an electric circuit can be obtained by the following equation:
Power (P) = current (I) x voltage (V)
P = IV
With the above equation, let us calculate the power of each circuit. This is illustrated below:
A. Current (I) = 3A
Voltage (V) = 3V
Power (P) =?
P = IV
P = 3 x 3 = 9watts
B. Current (I) = 1.5A
Voltage (V) = 1.5V
Power (P) =?
P = IV
P = 1.5 x 1.5 = 2.25watts
C. Current (I) = 1.5A
Voltage (V) = 3V
Power (P) =?
P = IV
P = 1.5 x 3 = 4.5watts
Arranging the circuit from lowest power to highest power we have
Circuit B, circuit C, circuit A.
Use the concept of potential energy to describe how a covalent bond<span> forms between two atoms. When two atoms get close and begin to form a </span>covalent bond<span>, the electrons and the protons have a stronger attraction than the like force's (electrons and electrons, protons and protons) repulsion.</span>
