Hello can someone please help me with these math problems?

Planet Distance from Sun Years (as a In (Dist) In(Year) (in millions of fraction of Earth miles) years) Mercury 36.19 0.2410 3.5889 -1.4229 Venus 67.63 0.6156 4.2140 -0.4851 Earth 93.50 1.0007 4.5380 0.0007 Mars 142.46 1.8821 4.9591 0.6324 Jupiter 486.46 11.8704 6.1871 2.4741 Saturn 893.38 29.4580 6.7950 3.3830 Uranus 1,794.37 84.0100 7.4924 4.4309 Neptune 2,815.19 164.7800 7.9428 5.1046 Pluto 3,695.95 248.5400 8.2150 5.51565. The purpose of the transformations vou're studying is to nd a simple model to describe the relationship in a data set. The model can be used to predict a response value {called interpolation for values within the range of the data set and extrapolation for values outside the range of the data set]. Recall that extrapolation is usually not a valid way to predict v-values. A well-known feature of our solar system is the asteroid belt bet-Iveen Mars and Jupiter. Cine theory about the asteroid belt is that it's made of primordial material that was prevented from fonhing another planet by the gravitational pull of Jupiter when the solar system was formed. One ofthe largest asteroids is 951 Gaspnt. its distance from the Sun is MIME million miles. Use your linear regression equation to interpolate the length of its sidereal year. {1 point} Remember that you need to take the natural log of Distance before you plug it in, and that your rst result will be the natural log of Year. Show your work. 1n? = 6.3 + 1.51m: