send it back to sony and say this is broke can you please fix it
Gear b would rotate: 100 times the number of teeth in gear a divided by the number of teeth in gear b.
To find out how many times the 36-tooth gear will rotate, we can use the concept of gear ratios. The ratio of the teeth on the gears is 54:36, which simplifies to 3:2. If the 54-tooth gear rotates 5.5 times, the 36-tooth gear will rotate (5.5 \times \frac{2}{3} = \frac{11}{3} \approx 3.67) times. Thus, the 36-tooth gear will rotate approximately 3.67 times.
Unless a brake is engaged, the wheels on a car in neutral can rotate backwards. If the car is in gear, wheels attached to the power train probably will only rotate backwards if the car is in reverse gear. If it is in forward gear or "park" they should not rotate backwards. Wheels not connected to the power train should be able to rotate either direction.
several gears that rotate together.
several gears that rotate together.
To determine how many times gear A rotates compared to gear D, you need to know the number of teeth on each gear and their arrangement. The rotation ratio can be calculated using the formula: (Teeth on Gear D / Teeth on Gear A). If, for instance, gear A has 10 teeth and gear D has 30 teeth, then gear A will rotate 3 times for every 1 rotation of gear D.
A gear which causes the transmission output shaft to rotate at a higher speed than the transmission input shaft.
The drive gear will turn faster.If the driving gear was twice the size of the drive gear, the drive gear would rotate twice for every revolution of the said driving gear.
It depends on the working principle of the machine. Like for example in a gear mechanism if you replace the bigger gear with an even bigger one then a smaller amount of force would rotate the smaller gear in the same angular velocity as the initial gear did but with a greater force. But now if you increases the force in the bigger gear the smaller gear would tend to rotate more fast.
It depends on the working principle of the machine. Like for example in a gear mechanism if you replace the bigger gear with an even bigger one then a smaller amount of force would rotate the smaller gear in the same angular velocity as the initial gear did but with a greater force. But now if you increases the force in the bigger gear the smaller gear would tend to rotate more fast.
Two gears rotate in the same direction when they are both either on the same side of the gear train (parallel arrangement) or they have the same number of teeth. They rotate in the opposite direction when one gear is driving another gear and they have a different number of teeth.
in opposite directions