Find how much current would flow through the heater

Reference no: EM13542813

A heater runs on an AC voltage of 120 V and draws a power of 44 W. If this heater were run instead on a DC voltage of 90 V, how much current would flow through the heater? Hint: The heater can be modeled as a resistor.

=_________A

Reference no: EM13542813

Questions Cloud

Define the principle conjugate acid or base pair : Identify the principle conjugate acid/base pair and calculate the ratio between them in a solution that is buffered to 9.00 and contains H3AsO4

Oxo advertising strategy : 1. Oxo advertising strategy. Describe OXO's overall advertising strategy. Be sure to use the approapriate terminology per your text.

Find the amount of unbalanced force acting on the masses, : Two hanging masses are connected by ropes to a 20 kg mass which sits on a frictionless table. find The amount of unbalanced force acting on the masses,

Explain dichloromethane and pentane : Arrange the following eluents in the increasing order of their eluting power; place the least powerful eluent first: dichloromethane, pentane, water, and methanol.

Find how much current would flow through the heater : A heater runs on an AC voltage of 120 V and draws a power of 44 W. If this heater were run instead on a DC voltage of 90 V, how much current would flow through the heater

Obtain magnitude of frictional force between block and table : A 2.1 kg block of wood rests on a long tabletop. A 22.7 g bullet moving horizontally with a speed of 168 m/s is shot into the block and sticks in it. obtain magnitude of frictional force between block and table

Explain magnesium metal reacts with hydrochloric acid : Magnesium metal reacts with hydrochloric acid to form magnesium chloride and hydrogen gas. Suppose we react an excess of magnesium metal with 20.0 ml of a 3.00M solution of hydrochloric acid and collect all the hydrogen in a ballon at 25C and 1.5 ..

Calculate how much kinetic energy was lost in the collision : Block A with mass 4 kg travels with speed vi=3 m/s on a smooth horizontal surface and collides with a stationary block B whose mass is 4 kg. How much kinetic energy was lost in the collision

Evaluate the number of moles of gas in the container : Use the worked example above to help you solve this problem. An ideal gas at 23.6°C and a pressure 1.80 105 Pa is in a container having a volume of 1.00 L. Determine the number of moles of gas in the container

User Account

All Pages