To change eV to Joules, I need to multiply with elementary charge so 5 eV = 5 × 1.6 × 10^(-19) = 8 × 10^(-19)Charles Link said:This is an exercise in conversion of units. You need to express 5 eV in joules, and also realize that a watt is one joule per second. What you submitted in the OP appears to show a lack of effort.
Yes, I get your answer.songoku said:To change eV to Joules, I need to multiply with elementary charge so 5 eV = 5 × 1.6 × 10^(-19) = 8 × 10^(-19)
So, n/t = 0.01 / (8 × 10^(-19)) = 1.25 × 10^16
The number of photons emitted by a laser is determined by the power of the laser and the frequency of the light it produces. This can be calculated using the formula: number of photons = power of laser / energy of one photon.
Yes, the type of laser can affect the number of photons emitted. Different types of lasers have different power levels and produce light at different frequencies, which can impact the number of photons emitted.
Yes, the number of photons emitted by a laser can be controlled by adjusting the power and frequency of the laser. This can be done using various methods such as changing the current or voltage supplied to the laser or using specialized optics.
The number of photons emitted by a laser directly affects its brightness and intensity. A higher number of photons can result in a more powerful and brighter laser beam, making it more suitable for certain applications such as cutting or welding.
Yes, the number of photons emitted by a laser can be increased by increasing its power and/or frequency. However, this must be done within the limitations of the laser's design to prevent damage or malfunction.