The correct answer for this question is item number 1. The <span>map that best shows the air-mass movements associated with this jet stream position is the one presented in image 1. The Jet Stream curve is like a sine wave with mT that is pointed at the left edge. That presents the air movement in perspective with the jet stream position.</span>
<span>To determine the vertical drop of a stream with headwaters at 1000m and mouth at 328ft, the two measurements must first be converted into the same unit of measurement. 1000m is 3280.84ft. The drop would be 3280.84 feet minus 328 feet which would equal 2952.84 feet. When converted back to meters, the elevation drop of the stream is found to be 900 meters.</span>
Answer:
D. two objects, when touching, will exert forces on each other that are equal in strength but opposite in direction
Explanation:
The three Newton's Laws have to do with force interaction in bodies. Option A follows other laws that are not from Newton. Option B has more to do with energy conservation, not forces. Option C is actually one Newton's Law, but it's the second one. It describes how an object with certain mass changes its force as long as the body is in certain type of acceleration.
Finally, option D is Newton's Third Law and describes how two bodies with mass interact each other when they touch. Ine very body interaction, there al always 2 forces that meet, and depending on which angles they encounter, the resultant force can vary.
For example, when a person sits down, there's a force coming from him towards the chair; but at the same time, the chair pushes the body back with exactly the same force. There's no movement at all from the 2 bodies because the whole system is in equilibrium or the resultant force is equall to 0.
