Graphically, odd functions are symmetrical about the origin (0,0). In this case, the only graph that satisfies this rule is the second graph.
well, in order to solve this we can put each marble into a fraction.
so for blue it would be 5 over 15 (5/15)
because there are 15 marbles in the bag but only 5 of them are blue!
but if you need a % then just divide the top by bottom
then you get a 33% chance of picking blue! hope this helps!
Answer:
Thus, every integer is a rational number. Clearly, 3/2,-5/3, etc. are rational numbers but they are not integers. Hence, every integer is a rational number but a rational number need not be an integer.
Step-by-step explanation:
Answer:
A. It increased the number of molecular collisions.
The recursive formula of any sequence gives us two piece of information
1. The first term
2. The pattern or rule that lets you find the given term using the term that comes before it
Here we have
The arithmetic sequence is given by
a+d(n-1)
a is the first term
d is called the common difference or the number that is added to the previous number every time
Here we have a=2, and d=2
Hence the recursive rule is given by
This is the recursive rule for the given function
