This problem Is an example of geometrica progression. The formula
for the sum of geometric progression is:
S = a[(r^n)-1] / (r – 1)
Where s is the sum
a is the first term = 1
r is the common ratio = 2 ( because it doubles every year
n is the number of terms = (19) since the first term is when
he was born which he still 0
s = S = 1[(2^19)-1] / (2 – 1)
s = $524,287
<span> </span>
Answer:
Step-by-step explanation:
another way to write the equality of the two ratios is :
a : b = c : d
as you can see in the equality a : b = c : d
- a and d are extremes
- b and c are means
Graph the function of (f - g)(x) and find the x-intercepts.
<h2>
Answer:</h2>
OS=D/T
<h2>
Step-by-step explanation:</h2><h3>How fast you traveled simply means speed</h3><h3>It can be calculated</h3><h3> using the formular: </h3><h3>speed=distance/time</h3><h3>let's say speed= OS</h3><h3>time=T</h3>
<h3>distance=D</h3><h3>OS= D/T </h3>
Answer:
100 = 36 + h^2
h^2 =64
h=8
Step-by-step explanation: