Answer:
The relationship between tropic levels and energy is that tropic levels contain a certain amount of energy depending of which level they are, the lowest tropic level will have the highest amount of energy, whilst the highest tropic level will have the lowest amount of energy.
The role of the organisms in the first tropic level is to produce food since they are autotrophs, these organisms do not rely on others for food. the organisms in the second level will control the amount of primary producers and will serve as food for tertiary consumers. The role of the organisms in the third level is to get food from secondary consumers so they don't overpopulate and affect primary consumers more than they have to.
Energy availability changes at each level because of the 10 percent rule. As you go higher, only 10 percent of the energy can actually be consumed by the consumer in the next level.
D. A racecar increases its speed from 5 meters per second to 10 meters per second.
Answer:
If they continue to melt the water levels will rise because the melted ice is water and the water is rising due to the melted ice glacier things
Explanation:
Answer:
Unique Challenges that appear during different life stage:
Young Children
1- Food jags are not uncommon during this stage.
7- Frequent meals are necessary due to high activity level and small stomach size.
Adolescents
3- Peer pressure often influences eating and lifestyle behaviors.
4- Body image concerns and disordered eating behaviors may emerge during this period.
5- Females need additional iron to support menstruation.
Older Adults
2- Risk for dehydration increases due to diuretic use, decreased mobility, and less effective thirst mechanisms.
6- Muscle mass and physical activity decline, leading to a decrease in calorie needs.
Explanation:
Young Children are generally persons under the age of 5 years but may include others under 10.
Adolescents are ideally persons between 10 and 19 years, and these may be extended to those under 24 years.
Older Adults include those from 25 and above.
Answer:
Explanation:
energy known as the latent heat of vaporization is required to break the hydrogen bonds. At 100 °C, 540 calories per gram of water are needed to convert one gram of liquid water to one gram of water vapour under normal pressure. Water can evaporate at temperatures below the boiling
