Answer:
ms1 = 0.7475ms
ms2 = 1.0054ms
ms3 = 0.0561ms
b) mass of the sun is = 1989 x 10 ∧30kg
c) I feel it is interesting because of the planet's period that is 341.7 days, and it orbits at an average distance of o.98AU, and the mass of the star is almost very identical to the mass of our sun.
Explanation:
see attached file below for further explanation on how i got the answers.
The map and the globe both represent the same things, just that the maps come as flat surfaces, while the globes provide representations in spherical manner. They are actually much more similar than different, but there are still some basic differences that are worth mentioning.
The maps are simplified drawings, representations, on flat surface, coming in numerous different types of projections, some of which are more accurate, some less. The globes on the other hand are simplified representations in spherical manner, thus being able to capture the original shape of a space object better.
The maps come in numerous different projections. In general, the maps tend to have distortions, especially as the latitudes become higher, which is why they give us bad representation of the places that are further away from the Equator. The globes use mostly one projection. Because they have roughly the same shape as the object they represent, they do not have the distortions that the maps have, so they are more accurate.
Photosphere is the surface of the sun that is visible to the eyes. It is believed to be one of the coolest part of the sun. The dark spots on the photosphere are known as the sunspots. Sunspots are usually visible in groups and are temporary because they only come and go. Magnetic fields are believed to have been involved in the occurence of the sunspots. Solar prominences are sometimes associated with the occurence of sunspots. They are active events that occur when sheets of gases are released from the active regions.
Answer: C. Subduction
Explanation:
The plates are moving together. This is called subduction.
Answer:
designed to handle overland flows resulting frim storms from a 100 year ARI.
