Take the mean distance of the moon and the sun from the earth to be...

Take the mean distance of the moon and the sun from the earth to be $0.4 \times {10}^{6}km$ and $150 \times {10}^{6}km$, respectively. Their masses are $8 \times {10}^{22}$ $kg$ and $2 \times {10}^{30}$ $kg$, respectively. The radius of the earth is $6400km$. Let $\Delta{F}_{1}$ be the difference in the forces exerted by the moon at the nearest and farthest point on the earth, and $\Delta{F}_{2}$ be the difference in the forces exerted by the sun at the nearest and farthest points on the earth. Then, the number closest to $\dfrac{\Delta{F}_{1}}{\Delta{F}_{2}}$ is,