Answer:
<em>I stopped to think for a moment, and realized </em><em>chemical energy</em><em> is found in food. Then, I thought about how the other day when I saw lightning, that is an example of </em><em>electric energy</em><em>. Then I thought about how when throw a ball, that is a form of </em><em>kinetic energy</em><em>. The other day, when I was hammering a nail into a piece of wood, that was a form of </em><em>mechanical energy</em><em>. An example of </em><em>nuclear energy</em><em> would be the nuclear power plant by our house. Before my book fell off my table, this is an example of </em><em>potential energy</em><em>. The energy from the sun is an example of </em><em>radiant energy</em><em>. Volcanoes and earthquakes around the world are an example of </em><em>seismic energy</em><em>. </em><em>Sound energy</em><em> would be the balloon that I popped the other day. </em><em>Thermal energy</em><em> would be the heat I feel from the heater.</em>
Answer:
The respiratory system brings oxygen unto the lungs, while the circulatory system delivers oxygen throughout the body.
Explanation:
Near electric power plants
Answer: Amazon are the largest rainforests in the world.
Explanation:
The Amazon Rainforests are located in the northern South America. The following are the ways in which the Amazon rainforests are important to the world.
1. The Amazon Rainforests can regulate the major cycles like water cycle, carbon cycle and oxygen cycle necessary for maintaining the aesthetic qualities of the environment. These are also necessary for maintaining the weather patterns. These phenomena makes the earth habitable.
2. These forests provides accommodation to 30 million native people. These forests are also the source of 10% if the total world's biodiversity.
Answer:
b. The foot and ankle should be pointing straight ahead in a dorsiflexed position when it hits the ground
Explanation:
Dorsiflexion is a movement in the ankle where the toes point in an upward direction allowing for correct foot strike if done properly at approx. 15 degrees. As you run, dorsiflexing your foot puts it in an ideal position to absorb the shock of the landing while simultaneously tensing your muscles to spring forward into the next stride which allows a reduced ground contact time per stride, allowing you to run faster and more efficiently.
If a runner has poor dorsiflexion they may experience a ‘loose’ or ‘floppy’ foot due to relaxation at the ankle joint which results in striking the ground through the toes which causes poor force distribution resulting in injuries such as shin splints and runner’s knee.