The chance of a coin landing heads or tails is 50% for each individual time. It doesn't matter what the previous throws resulted in. If you flip a coin ten times you can get ten heads, but the probability is still 50% for each toss. The same holds true with gametes. The probability is 50% at the production of each individual cell.
The vascular system of the plants are responsible for transporting water and needed nutrients for the plant to survive. Hence, when this is disturb certain transpirational pull is also disrupted, rendering the plant unable to collect water effectively. Thank you for your question. Please don't hesitate to ask in Brainly your queries.
When comparing the birth patterns of humans and non-human primate, Rosenberg and Trevathan discovered some very clear differences:
1. The human period of labour and child birth is exceptionally long and painful compared to other non-human primates.
E.g. a human labour can last anywhere from 10-20 hours while that of a chimpanzee lasts only 2 hours.
2. Humans have the ability to walk straight, the trade off however is that it is extremely difficult and painful to give birth to a big brained human baby.
Answer:
What was incorrect about his theory of how organisms evolve? Lamarck thought that greater use or disuse of a structure or organ would cause changes that could then be passed on to offspring.
Explanation:
He thought organ caused changes to
offspring (ex: I broked my leg and now my son leg will be broken too)
Answer:
The correct answer that best fits the result of my investigation is Thermoregulation energy cannot be created or destroyed,it can only be transformed .Therefore if ATP is not generated from glucose and the energy is transformed into heat.
Explanation:
DNP or dinitrophenol act as uncoupler of oxidative phosphorylation when means it prevents the coupling of electron transport chain to oxidative phosphorylation.As a result electron transport occurs resulting in the generation of energy but the so formed energy is utilized to generate rather than ATP formation.
