I'm assuming that this question implies how you can tell this without using advanced equipment. Some people believe that you can count the time between lightening and its associated thunder. If the time difference between the two follows an increasing trend then the storm is moving away from you. However if you just compare two different lightening strikes you cannot judge movement of the storm because lightening can strike up to 10 miles away from the center of the storm. Hope that helps.
Consider how the farm animals are behaving as you drive by the pastures along the highway. If it is going to storm, cows will huddle closely together. The closer they are to each other, the worse the weather is likely to be. When they lie very near each other you can expect that it is going to storm. Pigs typically behave restlessly if there is going to be a wind storm. Bees don't come out of their hives on days which are cloudy or if they think it is going to thunder.
Look in the sky and see which direction the clouds move.
by the clouds
the seasons. Further away from the sun equals winter.
You can generally determine how far away you are from the place of origin by counting 1 one-hundred, 2 one hundred, etc until you hear thunder and divide that number by two. That is how many miles away you are.
The creators of eye of the storm experienced Hurricane Katrina in order to tell the story accurately
It is not false, but it may be inaccurate, because -- lightning can come from different parts of the storm, and hit miles away -- if multiple flashes occur, the sound cannot be assigned to one bolt -- the storm is high in the air, so part of the distance measured may be altitude All the counting seconds measures is the distance between you and the closest point on the lightning's path (every 5 seconds is about a mile, every 3 seconds is about a kilometer). But sometimes warm air will refract sound away from you.
Weather maps show changes in wind directions, cloud and storm formations. Meteorologists can tell when a hurricane is forming or when a rain storm is coming by using this map.
Light is a spectrum. On one end it is red and the other blue. We see light in this spectrum as waves and if it is blue, the object is coming toward us. If the waves are red than it is moving away. The frequency of these waves tell us how fast and object is moving toward or away from us.
To tell how far away a storm is note the seconds between the appearance of lightning and the sound of thunder. Every second between lightning and thunder represents one mile.
you should tell them when you find out
You just tell them there's no other way to do it but tell them how you feel!!!!!!!!!!!
A red shift indicates an object that is moving away from the observer, and a blue shift indicates an object that is moving toward the observer. Both of these are called Doppler shifts.
Red shift means that other objects in the universe are moving away and blue shift means they are moving toward you. This helps to tell where these objects came from, and this knowledge helps predict where they are going to.
If we measure the spectrum of the light, we can determine whether the light is moving toward us or away from us. Sunlight looks white, but is actually made up of thousands of individual colors, and the amount of each color depends on what the star is made of. In the far future, spacemen will be able to detect which star is which, by measuring the spectrum of the light. By measuring the pattern of the spectrum, and the exact frequency of the light waves, we can determine whether the light source is moving toward us or away from us. (Actually, that isn't exactly true; we couldn't tell if it was moving toward us, or WE were moving toward IT. But we will know what we're getting closer together.) There is one other "Gotcha!" about this. If the spectrum indicates that the light source is moving away from us, it is possible that the light source is very near a black hole. Gravity affects light just like it affects mass, and sometimes it is difficult to tell whether the light source is moving away, or if gravity is pulling the light away. Usually, we will be able to determine which is happening from other measurements.
Tell her. What bad could really happen? After all she's moving.
email her, talk to her on the phone and tell how you feel about her moving away
tell her that she needs to tell the crush how she feels about him. and be there for her if she doesnt tell him. that's just my opinion
It does not say anything about where the center of the storm is. However, it does tell you that the bolt of lightning was a little less than a mile away.
You can tell by the blueshift in the spectrum; the only reasonable explanation for this blueshift is the Doppler effect. - Please note that most galaxies are moving away from us, not towards us.