Anti-clockwise torque is considered positive because it causes an object to rotate in the counterclockwise direction around a fixed axis. This convention is commonly used in physics to establish a consistent reference point when analyzing rotational motion and calculating angular acceleration.
Anti-clockwise torque is considered positive because it causes an object to rotate in the counter-clockwise direction. In physics, the convention is to assign a positive value to any torque that tends to cause a counterclockwise rotation and a negative value to any torque that tends to cause a clockwise rotation. This convention allows for consistency in calculating and analyzing rotational motion.
Clockwise torque is negative because it causes an object to rotate in the opposite direction as the conventionally defined positive direction. When a torque is applied clockwise, it produces a rotational motion that is deemed negative in terms of the reference frame used to define positive rotation.
In physics, the convention is that counterclockwise torques are considered positive because they are typically associated with the rotational motion that causes an object to rotate counterclockwise. This convention ensures consistency in analyzing rotational motion and simplifies calculations.
The torque generated by the engine in this car is positive.
Positive torque in mechanical systems causes rotation in one direction, while negative torque causes rotation in the opposite direction. Positive torque is typically associated with tightening or accelerating, while negative torque is associated with loosening or decelerating.
Anti-clockwise torque is considered positive because it causes an object to rotate in the counter-clockwise direction. In physics, the convention is to assign a positive value to any torque that tends to cause a counterclockwise rotation and a negative value to any torque that tends to cause a clockwise rotation. This convention allows for consistency in calculating and analyzing rotational motion.
Anti-Clock was created in 1979.
Clockwise torque is negative because it causes an object to rotate in the opposite direction as the conventionally defined positive direction. When a torque is applied clockwise, it produces a rotational motion that is deemed negative in terms of the reference frame used to define positive rotation.
the fork on the left side is having anti clock wise torque while the right side is having clock wise torque. the 2 torques cancel the effect of each other in this way they are balanced
Depends how you define it. For a particular problem, you can arbitrarily define one direction as positive, in this case, the other direction is negative.
In physics, the convention is that counterclockwise torques are considered positive because they are typically associated with the rotational motion that causes an object to rotate counterclockwise. This convention ensures consistency in analyzing rotational motion and simplifies calculations.
Anti-Clock - 1979 is rated/received certificates of: UK:15
The torque generated by the engine in this car is positive.
Positive torque in mechanical systems causes rotation in one direction, while negative torque causes rotation in the opposite direction. Positive torque is typically associated with tightening or accelerating, while negative torque is associated with loosening or decelerating.
counterclockwise
Turning something 'clockwise' would be turning it in the direction the hands on a clock turns. 'Counter-clockwise' would be turning it the opposite direction of a clock. I always remember anti-clockwise from clockwise, by which way a clock turns for clockwise, and the opposite way of a clock turning for anti-clockwise.
B rhesus positive anti-P1 negative