Series and Parallel Automaticity

What happens to current in a series circuit?

• Is the same everywhere
• Splits across components
• Splits at junctions
• Is the same across branches

What happens to current in a parallel circuit?

• Is the same everywhere
• Splits across components
• Splits at junctions
• Is the same across branches

What happens to voltage in a series circuit?

• Is the same everywhere
• Splits across components
• Splits at junctions
• Is the same across branches

What happens to voltage in a paralell circuit?

• Is the same everywhere
• Splits across components
• Splits at junctions
• Is the same across branches

In a series circuit, the bigger resistors have

• The same current as the smaller resistors

• More current than smaller resistors

• Less current than smaller resistors

In a series circuit, bigger resistors have

• The same voltage as smaller resistors

• More voltage than smaller resistors

• Less voltage than smaller resistors

In a parallel circuit, bigger resistors have

• The same current as smaller resistors

• More current than smaller resistors

• Less current than smaller resistors

In a parallel circuit, bigger resistors have

• The same voltage as smaller resistors

• More voltage than smaller resistors

• Less voltage than smaller resistors

Which statement is true?

• I₁ = I₂ = I₃

• I₁ > I₂ > I₃

• I₃ > I₂ > I₁

• I₁ > I₃ > I₂

• I₃ > I₁ > I₂

Which statement is true?

• V₁ = V₂ = V₃

• V₁ > V₂ > V₃

• V₃ > V₂ > V₁

• V₁ > V₃ > V₂

• V₃ > V₁ > V₂