Well if this is multiple choice then tell me but other than that I can tell you what I personally think. Think of a fire, a fire might get bigger when it is hotter and it can even change colors but most of the time it does not get much brighter once it reaches a steady burn. Stars are kinda similar they can be big but not bright and vice versa. dwarf stars are a tad bit different but then again I will remind you that I am not professionally educated on this topic. the properties that determine such a star can be density, heat(of course), and chemical makeup. Density plays the largest role in such a situation because if the star is not dense but is made of a very hot material then a lot of the time it will be dim where if it is highly dense with a very hot material then often times they are very bright. I don't know if this helped but I hope for your case it did ^-^ I gave it my all XD.
Answer:
dry
Explanation:
According to my research on different climate conditions, I can say that based on the information provided within the question these regions generally experience dry conditions. This is because the high pressure does not allow for much evaporation and the little water that is evaporated and forms clouds are then blown to other regions by divergent winds.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Answer: c. Tenancy in common
Explanation: When two or more parties concurrently or simultaneously posses distinct and undivided ownership of a property such that each distinct party has the right to bargain or transact his or her own interest in the property without needing to inform or seek consent of the other parties. Tenancy in common does not subject the owners to having equal share of the property, any of the parties may wish to transfer or attach a creditor to his or her interest. Also, in tenancy in common, upon the death of any party or interest holder, the heir of the tenant becomes the owner of the tenant's interest.
