a-room-heater-has-two-heating-coils-connected-in-parallel-their-resistances-are-

Question

A room heater has two heating coils connected in parallel. Their resistance is R₁ = 14.4 Ω and R₂ = 10.3 Ω and the power line provides a 110 V potential difference. Determine the current through each coil.

Accepted Answer

i₁ = 7.64 A; i₂ = 10.7 A

Answer

i₁ = 4.45 A; i₂ = 4.45 A

Answer

i₁ = 18.3 A; i₂ = 18.3 A

Answer

i₁ = 10.7 A; i₂ = 7.64 A

Answer

i₁ = 1.91 A; i₂ = 2.59 A

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

A room heater has two heating coils connected in parallel. Their resistance is R₁ = 14.4 Ω and R₂ = 10.3 Ω and the power line provides a 110 V potential difference. Determine the current through each coil.

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

A room heater has two heating coils connected in parallel. Their resistance is R1 = 14.4 Ω and R2 = 10.3 Ω and the power line provides a 110 V potential difference. Determine the current through each coil.

A room heater has two heating coils connected in parallel. Their resistance is R₁ = 14.4 Ω and R₂ = 10.3 Ω and the power line provides a 110 V potential difference. Determine the current through each coil.