Answer:
Some activities have been given in curriculum of various schools.
Explanation:
- The school is a pace where the young minds are trained and they get to know about the natural environment and thus their mindset is shaped by the interaction with there environments.
- Activities such as the traffic management system and the parking spaces and the low emission for the vehicles and the activities of the lawn cleaning and the cleaning of the classrooms and the activities related to the use of the classrooms which use a material that is 100% recyclable.
- Those activities that are related to the management of food and water resources in and outside the school are an important aspect that impacts the air, water and the soil quality of the environment and indirectly the natural vegetation.
Most of the Southern Europe's terrain is moutaineous.
Answer:
Orange Groves are affected by the climate of the region. In the US, states such as Florida and Georgia are the biggest orange producers because of their climate. Also, oranges need good soil to grow, so dry soils are not suitable for growing oranges.
Nurseries are more "human controlled" than orange groves. A big human factor that plays a role in growing the food properly is temperature. If the temperature is too hot or cold, the plants may not grow properly and might even die. Also, many nurseries can control the humidity inside the nursery. Some plants require specific humidities to grow- and are vulnerable to a change in humidity.
Coffee plants require moist soil to be grown well. Thus, if the soil is too dry, the coffee plant may die. In other words, a coffee plant would grow much better in a farm, than a desert. Also, Coffee Plants require a high temperature, and that is why most of the world's coffee is grown in places like Africa and South America as they have hotter temperatures.
Below is the solution:
n equation showing conservation of mass of reactants and products:
<span>2H2O --> 2H2 & O2 </span>
<span>what is the mass of the oxygen gas produced, from 178.8 g H2O , (using molar masses: </span>
<span>178.8 g H2O @ (1mol O2)(@ 32.00 g/mol) / (2molH2O)(18.02g/mol) = </span>
<span>your answer (4 sigfigs): 158.8 g O2 </span>
<span>178.8 g H2O ---> 20.0 H2 & 158.8 O2</span>
I believe the answer you're looking for is Southwest Asia, looking at a climate map, the drier areas are located to the southwest.
