Due to the nature of the artificial stellar ignition, the luminosity of Jupistar changes and is now measured to be 0.0016 solar units. Use the Hertzsprung-Russell Diagram Explorer (see instructions page on Canvas) Input the Luminosity and adjust the Temperature so that the star appears on the main sequence. Note down the Temperature in Kelvin. 3000 Note down the Radius in Solar Radii (to 2 decimal places) 0.14 Using the Luminosity (in Solar Luminosity Units)... Determine the Absolute magnitude of Jupistar (to one decimal place). 7.0 Assuming the orbital dynamics of the Solar System have not been effected, using AVERAGE orbital distances... How far away is Jupistar from Earth during perigee (nearest approach) in AU, to one decimal place. 4.2 Calculate the distance modulus of Jupistar from Earth (to one decimal place). 28.5 Calculate the maximum apparent magnitude of Jupistar from Earth (to one decimal place). -21.5 What is the Solar Radiationx at Earth's Orbit in Watts/m?? (from your notes) Calculate the radiative flux of Jupistar at Earth's orbit during perigee (in Watts/m2, to 3 decimal places). Express this value as a % of Solar Radiation Flux at Earth's Orbit (to 3 decimal places). The apparent magnitude of the full Moon on Earth is -12.7. Using the value of maximum apparent magnitude of Jupistar from Earth that you calculated earlier... Roughly how many times brighter (or dimmer if value