How Does White Light Affect The Strength Of Red Light

Light that is visible to the human eye is a small portion of the electromagnetic spectrum which can vary in colour based on the wavelength of what is being seen at any particular time. This visible light has a primary function of causing electrons to become more active with higher energy rates. The colour that is seen revolves around the size of this portion which is noted as the wavelength. White light is a culmination of all colours which is the cause of it being the brightest. Furthermore, when the wavelength is larger, the energy that is being directed is spread out across a larger distance which explains why red light (700 nanometres) is often less visible then a blue or violet light (400nm).
Light when travelling in the electromagnetic spectrum in a void always has a constant speed of 3x108 m/s. When this passes through a solid or liquid which consists of a
Furthermore, the refractive index is used to calculate the change in the angle at the point of transition while having no influence over the distance travelled inside the prism. Due to this, it supports the previous statement as if it does not affect distance travelled, the shape of the prism should not matter.
Amrita states that the standardised value for the dispersive power of a glass prism should lie between 0.04 and 0.05. The results obtained while conducting this experiment do lie within this expected value when taking into consideration the uncertainty calculated for the dispersive power. There are numerous reasons why the dispersive power could be almost out of the range of the standardised value including but not limited to a measurement error or there may have been impurities in the glass prism that was throughout the trial