Determine the total resistance of the wire

Reference no: EM13682024

A 10 meter length of wire consists of 5.3 meter of copper followed by 4.7 meter of aluminum, both of diameters 1 millimeter. A voltage difference of 38 mV is located across the composite wire.

(a) Determine the total resistance of the wire?

(b) Determine the current flow through the wire?

(d) Determine the voltage across the copper part?

Reference no: EM13682024

Questions Cloud

Find how long was the ball in contact with floor : A 2.2 kilogram ball drops vertically to the floor hitting with a speed of 65 meter per second. It rebounds with a speed of 50 meter per second. find how long was the ball in contact with floor

Only half of the inventory from the intra-entity trasaction : What if only half of the inventory from the intra-entity transaction remain with company B at the end of 2013?

Find what is the buoyant force on a spherical submarine : At this depth, find what is the buoyant force on a spherical submarine having a diameter of 6.30 meter

Determine what is the velocity of the larger mass : Two masses of 1 kilogram and 31 kilogram, resting on a frictionless table, are connected by a compressed spring. Determine what is the velocity of the larger mass

Determine the total resistance of the wire : A 10 meter length of wire consists of 5.3 meter of copper followed by 4.7 meter of aluminum, both of diameters 1 millimeter. Determine the total resistance of the wire

Valuation of accounts receivables : Valuation of Accounts Receivables

Accounting for revenue on an accrual basis means : 1. Accounting for revenue on an accrual basis means that no entry of revenue is made until the cash is actually received.

Determine the muzzle speed of the pellet : A spring in a toy gun has a spring constant of 9.05 N/m and can be compressed 16 centimeter beyond the equilibrium position. Determine the muzzle speed of the pellet

Evaluate what the amplitude of the motion : The position of a 0.30 kilogram object attached to a spring is described by the following equation: x = (0.23 m)cos(0.4t), Evaluate what the amplitude of the motion

User Account

All Pages