Answer:
Participatory democracy where students had a say in their education.
Explanation:
The correct answer is 1; Stop completely and drive ahead when you can safely do so.
Further Explanation:
When there is a flashing red light, the driver will still need to stop completely. Since there are other cars at the cross street and they don't have a light, the driver needs to completely stop and resume when it is safe.
Red lights that are solid should also be stopped at. In some states, a driver can turn right on red when there is no oncoming traffic. A driver should never perform a rolling stop at a red flashing light as this is illegal and can result in fines or an accident.
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Answer: The correct answer is 2) Little support exist for the idea that opposites attract.
Explanation: Science says that the idea that in mate selection opposites attract is almost disproven. In fact, the more similar an individual is to their couple in terms of religion, education, age and intelligence seems to lead to couple's long term satisfaction in their relationship.
Certain researchers even go to say that even if there's a difference between the persons' cultural or religious background, at a deeper level (personality, meaning of life) they are essentialy more similar than distinct.
In conclusion, to the question: Which statement is true about mate selection? They answer would be 2) Little support exists for the idea that opposites attract.
There would be no release of organic nitrogen molecules back to their inorganic state. Dead material would accumulate to choke out livable habitat.
<span>Plants fix atmospheric carbon in photosynthesis and some species of bacteria fix atmospheric nitrogen so life would continue taking these into the organic cycle but without decomposing fungi & bacteria the cycle would not complete. However the final step of reduction to N2 is only completed by bacteria. In fact bacteria are critical to every step of the nitrogen cycle. </span>
<span>Fungi also decompose dead plants and animals so are detrital feeders putting nitrogen into the nitrogen cycle but not as N2. Fungi cannot reduce N2O to N2. So fungi make N2O as their denitrification product. True denitrification, like nitrogen fixing, does not occur in eukaryotes only bacteria. </span>
