in a step - down transformer, which describes the primary winding compared with the secondary…

in a step - down transformer, which describes the primary winding compared with the secondary winding?\nhigher voltage and fewer coils of wire\nhigher voltage and more coils of wire\nlower voltage and fewer coils of wire\nlower voltage and more coils of wire

in a step - down transformer, which describes the primary winding compared with the secondary winding?\nhigher voltage and fewer coils of wire\nhigher voltage and more coils of wire\nlower voltage and fewer coils of wire\nlower voltage and more coils of wire

Answer

Brief Explanations:

For a transformer, the relationship between voltages ((V)) and number of turns ((N)) is given by (\frac{V_p}{V_s}=\frac{N_p}{N_s}), where (p) represents primary and (s) represents secondary. In a step - down transformer, (V_p>V_s) (primary voltage is higher than secondary voltage). From (\frac{V_p}{V_s}=\frac{N_p}{N_s}), when (V_p > V_s), we have (N_p>N_s) (primary has more coils than secondary).

Answer:

higher voltage and more coils of wire