Answer:
c. When a rose bush cell divides, it copies its parts then divides into two cells <em><u>and</u></em>
d. The bacterium was formed when another bacterium divided
Explanation:
C is correct because the cells inside are part of a larger being (the rose bush), when they divide they are simply creating more cells (hence making the rose bush grow).
D is correct because bacterium are <u>unicellular</u> organisms, meaning they are themselves single cells that are organisms, unlike the rose bush consisting of many cells.
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Evolution and diversity result from the interactions between organisms and their environments and the consequences of these interactions over long periods of time. Organisms continually adapt to their environments, and the diversity of environments that exists promotes a diversity of organisms adapted to them.
Answer:
1) Bees swarm to find shelter and increase their chances of survival.
Explanation:
Options are
1) Bees swarm to find shelter and increase their chances of survival.
2) The worker bees have an increase of survival due to their ability to find a mate.
Bees swarm to find new shelter because the population is high in the hive so they find a new place for themselves. For finding new shelter, the scout bees go to different places for finding a suitable place for making hive. These splitting of a single population of bees into two that increase their chances of survival in the environment. They choose their shelter in that area where plenty of flowers are present and safe from predators.
Answer:
Images for A certain beetle can have red spots or yellow spots or red and yellow spots. An RR beetle has red spots, an YY beetle has yellow spots, and an RY beetle has red and yellow spots. If a beetle with red spots mates with a beetle with yellow spots, what ratio do you expect to see in the phenotypes of their offspring Image result for A certain beetle can have red spots or yellow spots or red and yellow spots. An RR beetle has red spots, an YY beetle has yellow spots, and an RY beetle has red and yellow spots. If a beetle with red spots mates with a beetle with yellow spots, what ratio do you expect to see in the phenotypes of their offspring Image result for A certain beetle can have red spots or yellow spots or red and yellow spots. An RR beetle has red spots, an YY beetle has yellow spots, and an RY beetle has red and yellow spots. If a beetle with red spots mates with a beetle with yellow spots, what ratio do you expect to see in the phenotypes of their offspring Image result for A certain beetle can have red spots or yellow spots or red and yellow spots. An RR beetle has red spots, an YY beetle has yellow spots, and an RY beetle has red and yellow spots. If a beetle with red spots mates with a beetle with yellow spots, what ratio do you expect to see in the phenotypes of their offspring Image result for A certain beetle can have red spots or yellow spots or red and yellow spots. An RR beetle has red spots, an YY beetle has yellow spots, and an RY beetle has red and yellow spots. If a beetle with red spots mates with a beetle with yellow spots, what ratio do you expect to see in the phenotypes of their offspring Image result for A certain beetle can have red spots or yellow spots or red and yellow spots. An RR beetle has red spots, an YY beetle has yellow spots, and an RY beetle has red and yellow spots. If a beetle with red spots mates with a beetle with yellow spots, what ratio do you expect to see in the phenotypes of their offspring Image result for A certain beetle can have red spots or yellow spots
Explanation:
If there is one deoxyribose sugar attached to each nucleotide 30+60=90 so there should be 90 sugar molecules
