The symbol for MOTOR is the circle with an M in it.
Hoped I helped :)
In a circuit diagram, a motor is typically represented by a circle with a letter "M" inside it, or sometimes by a simple circle with two lines extending from it to indicate the terminals. The symbol may also include additional markings to specify the type of motor, such as a small arrow indicating the direction of rotation. This standardized symbol helps distinguish motors from other components in electrical schematics.
Yes, the symbol for megaohm (or megohm) is MΩ.
It is a type of pointer dereference operation. If you have a pointer p to an object that has methods or attributes, you can say (*p).m to refer to the m method of the object, or you can say p->m to do the exact same thing.
formula for determining potential difference
10^6
On an electrical schematic, the symbol for a motor is a circle with the letter M inside of it. On an electrical schematic, the symbol for a motor is a circle with the letter M inside of it.
It most likely stands for the Mutual Inductance seen between two inductors.
m&m yum!
Martin
In a circuit diagram, a motor is typically represented by a circle with a letter "M" inside it, or sometimes by a simple circle with two lines extending from it to indicate the terminals. The symbol may also include additional markings to specify the type of motor, such as a small arrow indicating the direction of rotation. This standardized symbol helps distinguish motors from other components in electrical schematics.
Thousand
Thousand
H mean is halal M mean is muslim
The red symbol is an "M" which stands for Memento Mori.
m means meter or it could be the roman numeral M meaning 1000 or it could just be a representative symbol like 'x' or 'y'
The symbol for current density is typically denoted as J. It represents the amount of electric current flowing per unit area of a conductor and is measured in amperes per square meter (A/m²). Current density provides insight into how densely packed the electric current is in a given area, which is crucial for understanding electrical conductivity and circuit behavior.
the answer is "m" but do not get it confused with "M" because that is a different term