Modify the flood map of NYC from Lab 4 to color the region of the map with elevation greater than 6 feet and less than or equal 20 feet above sea level the color grey (50% red, 50% green, and 50% blue). Your resulting map should look like:

See explanation

Explanation:

if elevation <= 0:

#Below sea level

Color the pixel blue

elif elevation <= 6:

#Below the storm surge of Hurricane Sandy (flooding likely)

Color the pixel red

else:

#Above the 6 foot storm surge and didn't flood

Color the pixel green

To give us complete control of the coloring, we will create a new array that will hold the colors for each pixel. Here's an outline of our program:

Import the libraries to manipulate and display arrays.

Read in the NYC data and store in the variable, elevations

Create a new array, floodMap, to hold our colors for the map.

For each element in elevations, make a pixel colored by the schema above.

Load our image into pyplot.

Display the image.

We'll use a very simple (but a bit garish) color scheme, with our "blue" being 0% red, 0% green, and 100% blue. And similarly, the "red" and the "green" we'll use will be 100% of each, 0% of the others, giving a map like:

true. earthquakes are felt whenever there is a slip around a fault in the rocks below the earth. this reorientation of faults create sesmic waves and is known as earthquake, the severity of which is measured in richter scale. these are more prominent in hilly regions as the rocks usually form faults to balance the pressures on it.

radiative zone

explanation    

radiative zone is the layer of the sun which energy is transferred away from the core by radiation. although, the core is the only part of the sun that produces an appreciable amount of heat through fusion. in fact, 99% of the energy produced by the sun takes place within 24% of the sun's radius.