1Refers to the electrons that move through a conductor.
- electric current
- electromagnetic induction
2Process in which electric current is produced from a magnetic field.
- electromagnetic induction
- electric generator
3Converts mechanical energy to electrical energy by applying the principle of electromagnetic induction.
- electric motor
- electric generator
4Uses slip rings that are connected to the ends of the armature that rotates it.
5Uses split rings or commutators that are connected to the ends of the armature that rotates it.
6 Common type of machine that converts electrical energy to mechanical energy.
- electric generator
- electric motor
7Generated when the motor coil of the wire rotates in an external magnetic field.
- induced voltage
- deduced voltage
8The greater the number of the loops of wire that moves in a magnetic field, the greater the induced voltage.
9the strength of the magnetic field where the same coil of wire moves at constant speed is increased, the amount of induced voltage decreases.
10The current is produced in a conductor whenever the conductor moves relative to the magnetic field lines.
11Lenz's law states that an induced current is always in such a direction that its own magnetic field acts to oppose the effect that created it.
12states that a voltage is induced in a circuit whenever relative motion exists between a conductor and magnetic field
- Newton’s Law
- Faraday's Law of Electromagnetic Induction
13What is the relationship between the speed of the relative motion between the coil and the magnet?
If the speed of the same coil passing through the same magnetic field is increased, the wire will move through the magnetic flux at a faster rate, thus producing large induced voltage.
14What is the back EMF of the motor if the motor is connected to a 220 V power source. The coil of wires of an electric motor has a resistance of 20, operating at a normal speed with a current of 8.5 A.
15Electric motor is the reverse of a generator.
16In a solenoid, the magnetic flux is equal to the product of the cross-sectional area and the component of magnetic field strength perpendicular to the cross-sectional area
17The greater the number of loops of wire that moves in a magnetic field, the greater is the induced voltage.
18The resistor is automatically switched out when the flow of current is reduced and switched in when the current increases.
19The higher the number of the coiled wire, the greater is the resistance.
20The body's ability to maintain constant internal equilibrium by adjusting its physiological processes.
21Body system responsible for coordinating the functions of all the organs in the body.
- Nervous System
- Cardiovascular System
22anything that makes u respond
23Receive the information and send impulses to the spinal cord or brain.
24Relay the information from sensory to motor neuron.
- Sensory Neuron
- Interneuron
- Motor Neuron
25Shorter extension of the cell body that aids for better reception of impulses.
26Neurotransmitters are chemicals that help transport the message between neurons.
27Conduct impulses from the brain or the spinal cord to muscles or glands throughout the body.
- Interneuron
- Sensory Neuron
- Motor Neuron
28Composed of the axon and the myelin layer.
29Part of the brain that coordinates fine muscle movement and balance.
30 Outermost layer of fibrous sheath of muscles that surrounds the nerve fiber.
31Basic cellular unit of the nervous system.
32Neurotransmitter that regulates sleep and wake cycles.
33 Part of the brain that serves as the bridge toward the midbrain
34Part of the brain responsible for general levels of lethargy or liveliness
35Initiates labor of pregnant women and milk ejection.
36Triggers ovulation in females and sperm production in males.
- Progesterone
- Luteinizing hormone
37Increases blood sugar levels.