No, a controller with 28 amps cannot be connected to a motor with 35 amps. The motor draws more current than the controller can handle, which could potentially damage the controller. It is important to match the amperage ratings of the controller and motor to ensure safe and efficient operation of the system. **

No, a cordless drill cannot have 111 amps. Cordless drills typically operate on 12-20 volts and have amperage ratings in the range of 1-10 amps. 111 amps would be an extremely high amperage rating for a cordless drill and would likely be unsafe and impractical for typical household or professional use. **

The major difference between amps is their power output, which is measured in watts. A higher wattage amp will generally produce a louder and more powerful sound. Additionally, amps can also differ in their number of channels, with some amps having multiple channels for connecting different instruments or audio sources. Finally, amps can also vary in their tone shaping capabilities, with some amps offering more control over the EQ and tone of the sound. **

Yes, the notebook needs less than amps. Most notebooks typically require around 2-3 amps to operate, which is significantly less than the amount of power needed for larger electronic devices or appliances. This lower amperage requirement allows notebooks to be powered by smaller, more portable batteries or power sources. **

The number of amps a jump starter needs can vary depending on the size and type of vehicle being jump-started. In general, a jump starter should have a minimum of 400-600 peak amps to effectively jump-start most cars and small vehicles. However, for larger vehicles like trucks or SUVs, a jump starter with 1000 peak amps or more may be necessary. It is important to check the specific requirements of your vehicle and choose a jump starter with the appropriate amperage to ensure a successful jump start. **

A socket with 16 amps is not necessarily deadly, but it can be dangerous if not used properly. The amperage rating of a socket indicates the maximum amount of current it can safely handle. Exceeding this limit can cause overheating and potentially lead to electrical fires or other hazards. It is important to always use electrical appliances and devices within the recommended amperage limits to ensure safety. **

An Arduino Nano 5V typically requires around 40mA to 50mA of current when running at full capacity. It is important to note that this value can vary depending on the specific components and peripherals connected to the Arduino Nano. It is recommended to check the datasheet or technical specifications of the Arduino Nano for more precise information on its current requirements. **

No, you cannot charge an iPhone 4s with 21 amps. The iPhone 4s is designed to be charged with a maximum of 1 amp. Using a charger with a higher amperage could potentially damage the phone's battery and circuitry. It is important to use the appropriate charger and amperage for your device to ensure safe and efficient charging. **