Answer:
Option A, GV law
Explanation: The laws of gravity (actually called "Newton's Law of Universal Gravitation") are laws in the field of classical mechanics that tell us the behavior of gravity.
now the simplifications are:
a) GV Law
This is fine because with this method you will always remember that these are laws.
b) L of G
This could mean different things, it is not advisable to use this type of abbreviations, since you can read it and not remember what L or G means.
c) VGlity
I really don't understand what this means, this is not a good option.
d) Newt gravity.
This option is also good because you can remember Newton's name, but it is a bit longer than the first option.
So, the option that has more information and is also shorter is the first option of the GV law, so that would be the correct option
First search up what a lunar is then look in images and you should find your answer
Answer:
Reference maps emphasize the location of spatial phenomena, such countries, cities, rivers, etc. ... A reference map might show bank locations, while a thematic maps shows average income in an area. It's the difference between mapping places and mapping data.
Answer:
The popularity of automobiles has led to the construction of super high ways
Answer:
double a;
double b;
double distance = Math.sqrt( (Math.pow(a, 2) + Math.pow(b, 2));
System.out.println("The distance is: " + distance);
Explanation:
The code snippet is written in Java.
First, variable a is declared as a type of double and variable b is also declared as a type of double.
The given formula for the distance is:
√(a² + b²)
So we use the inbuilt function of Java to calculate the power and the square root.
Math.sqrt is to find the square root and it returns a value of type double.
Math.pow is use to calculate the value of a² and b².
a² = Math.pow(a, 2)
b² = Math.pow(b, 2)
Then Math.sqrt is applied to the sum of Math.pow(a, 2) and Math.pow(b, 2), the value is assigned to distance of type double.
The value of distance is now displayed to the user:
System.out.println("The distance is: " + distance);
