Answer:
As the balloon ascends, the pressure of its environment decreases, and the balloon begins to expand
Explanation:
This expansion continues until the material of the balloon is stretched to its breaking point, causing the balloon to burst. This typically occurs at stratospheric altitudes between 30 and 35 km.
Answer:
O False
Explanation:
I'm correct if I'm rwong.
Answer:
Explanation:
Although there are no statements provided, this can be easily explained by understanding evaporation, condensation, and precipitation of water.
The sun is responsible for evaporating water by providing heat. When water becomes gas (hot air), it rises into the sky or atmosphere. Here, the hot water vapor (hot air) condenses because of the relatively cooler temperature. This now forms what we know as clouds. These clouds stay above because they are very light. When enough water vapor condenses, the clouds becomes heavy. Gravity now plays a role by pulling the relatively heavier clouds down and, along with some changes in temperature, the gaseous form of water (clouds) precipitates to the liquid form as rain. This rain goes back to huge bodies of water and waits to be evaporated once again thus continuing the cycle.
Answer:
C) extended, with more than two conclusions
Explanation:
We can state that the argument shown in the above question is an extended argument because it consists of more than one subarguments, which are "Like 'The Simpsons' is a popular television show" and "It follows that it has many loyal fans whose viewing habits would be dangerously interrupted if the show were withdrawn ". Moreover, we can conclude that the argument has two conclusions which are:
- " Therefore ‘The Simpsons’ will continue to run at its usual time."
- "From this we may infer that the cartoonist who created the characters will continue to reap the considerable profits generated by this television landmark"
Mitosis is a cell division that occurs in the nucleus of a cell. Mitosis is 2 cells, called daughter cells, that are genetically identically to the original cell.