Yes, for as long as the magnetic field is moving along the conductor. A static magnetic field will not induce current, a dynamic field is required.
A charge in motion is usually called an electric current, but could also be called dynamic electricity (analogous to a charge at rest being called static electricity).
The opposite of dynamic is static.
Dynamic carts helps with demonstrating and experimenting laws of dynamic. They provide tool samples to help with the demonstrations and experiments.
There are three type of electrical brakes that can be applied to motors. Regenerative Plugging in Dynamic "control braking" does not mean a correct description. Dynamic braking is better.
Yes they are.
I think you are talking about the study of the electrical system for motor starting in ETAP (or any such software). Here are the answers:1. When do we use Static and Dynamic motor starting?If you know the Motor torque characteristics, Load torque characteristics and the inertia information of the motors, bearings and loads, you can do the Dynamic motor starting study. Otherwise, do the Static motor starting study - it simply needs the starting time and the locked rotor current of the motor.2. What is the difference between the two?(1) The Dynamic motor starting develops the motor starting current characteristics based on the motor starting torque, load torque and the inertia, while the starting current remains flat at locked rotor current during the starting time for Static acceleration. (See the previous posting http://cr4.globalspec.com/thread/42981 , comment # 2 for detail how the starting time is calculated for Dynamic acceleration).(2) Dynamic starting acceleration requires additional data than the Static acceleration.(3) The Dynamic acceleration calculates the acceleration time and current from the input data, while the Static acceleration assumes you know the starting time and current.(4) For Dynamic acceleration, the starting current is not 100% flat during the starting time, but in Static acceleration it is flat.(5) Static acceleration is simple, Dynamic acceleration is rather complicated.3. Can we evaluate the system using Static only not dynamic?Yes. Make sure you have the correct information for motor locked rotor current and the stating time for the load.Go the ETAP tutorial site (http://www.etap.com/training/tutorials-training-videos.htm) and see the tutorial #12 (Dynamic Acceleration) and #13 (Static acceleration).curtesy msamd
I think about situation, when you install Windows from your current OS.
The dynamic resistance of a diode, be it zener or otherwise, will be different from its static resistance because a diode is not a resistor, and resistance is not a function of current flow. It is a diode, and a diode has its own characteristic voltage to current curve, forward and, in the case of a zener, reverse.
Static control systems are systems where the output value depends only on the current input values, with no regard for previous inputs. Dynamic control systems, on the other hand, consider not only the current input but also past inputs and the system's internal state to determine the output. Dynamic systems are more complex and can exhibit behaviors such as stability, oscillations, or transient responses.
The Current-Voltage relationship of a diode is not constant (not a straight line) and hence the resistance cannot be measured. Due to this non-linear nature of the the curve, there exists a unique value of resistance at every point of the curve which is called dynamic resistance (not static of constant resistance). The dynamic resistance equals the change in voltage divided by the change in current, when the voltage is changed by a small amount. In other words it is the slope of the graph of voltage against current. The dynamic resistance is different at different current values. About 30 years ago, and I do not remeber the brand or maker, there was a digital multimeter that DID measure dynamic resistance in diodes. It was a God Send for testing diodes in circuit. Diodes only conduct in one direction, so the device would show an open in one direction and a resistance under 1000 ohms on the other or a short (0 ohms).
How would you differentiate dynamic scheduling and dynamic inventory? How would you differentiate dynamic scheduling and dynamic inventory?
Static charge refers to the accumulation of electric charge on an object at rest. Dynamic charge, on the other hand, refers to the movement of electric charge within a system or circuit, often resulting in an electric current.
We are living in a new age of webdesgin and 'client' side scripting isn't enough for everyday use. Any website that has a login feature is dynamic. Therefore any website that you create a account or signup is dynamic. A Dynamic Website - a website that connects to a server and generates a clientside webpage from results - often from a database Breakdown - the following is dynamic * Login/Join feature * Comment Feature * Search Feature
Yes, for as long as the magnetic field is moving along the conductor. A static magnetic field will not induce current, a dynamic field is required.
A charge in motion is usually called an electric current, but could also be called dynamic electricity (analogous to a charge at rest being called static electricity).
The Dynamic Disk is a physical disk that manages its volumes by using LDM database. What is the LDM database? LDM is an acronym of Logical Disk Manager, and it is a hidden database which size is 1MB at the end of the Dynamic Disk. The 1MB space records all the information of the volumes on a single disk, and also holds some related information on each dynamic disk. Such as Drive Letter, Volume Label, the begin sector of Volume, Volume size, the file system of Volume, and the current dynamic disk is which one and so on. More info at: http://www.dynamic-disk.com/what-is-dynamic-disk.html