Answer:
Since the question is incomplete, see below for a fully understanding of this kind of questions.
Explanation:
The question is incomplete but you can set some assumptions and determine the function that model the situation.
The relevant data of the text are:
- Every 12 weeks, the number of people who receive the email increases by and additional 99%
From that you can:
- determine the growing factor
- determine the function P, which depends of the amount of time t (weeks) and models the function
<h2 /><h2>Solution</h2>
You can build a table or write a sequence to help you to figure out what is going on:
First, you need to know the number of friens to whom NIcholas initially sent the chain letter. You must assume a number. Assuming Nicholas initially sent the chain letter to 10 frirends, this would be the table:
t (weeks) P(t)
0 10
12 10 + 99% of 10 = 10 + 0.99× 10 = 10 (1.99)
24 10(1.99)(1.99) = 10 (1.99)² ↔ two times 12 weeks
36 10(1.99)³ ↔ three times 12 weeks
This is every 12 weeks the number of people who recieve the email is multiplied by 1.99.
That means that the grow factor is 1.99 every 12 weeks, and the power of the exponential function is the number of 12 weeks elapsed, which is t divided by 12: t/12
It is important that you realize that t/12 means the number of times that 12 weeks elapse.
Answer: 6+eaqr²su
Step-by-step explanation: If a term doesn't have an exponent, it is considered that the exponent is 1. So, use 1 as your exponent. Next, multiply the terms with the same base by adding their exponents. Then, add the numbers. Use the commutative property to reorder the terms. Your answer should be 6+eaqr²su.
Answer:
n = 37/62
Step-by-step explanation:
62n - 1 = 36
(Add 1 on both sides)
62n - 1 + 1 = 36 + 1
62n = 37
(Divide 62 on both sides)
62/62n = 37/62
n = 37/62
Circles are special ellipses that have a single constant radius around a center. Circles and their various properties, such as the radius, diameter, circumference and area, have applications in real life. If the radius of the circle is known, all the other parameters can be calculated. Important information can be determined for real life applications based on the parameters. For example, knowing the circumference of the planets helps us compare their relative sizes, and artificial satellites that are launched travel in orbits of certain circumference.
The radius of curvature of a camera lens can be used to determine its focal length, which is the distance from the lens where light rays will focus. Pizza and cake sizes are determined by the diameter of the pan in which they are baked, and the distance travelled by a person sitting on a Ferris wheel can be determined by calculating the circumference of the wheel. Tires of different vehicles can have different radii. The circumference of a ring needs to match the circumference of the finger on which it is worn for a good fit.
Answer:
A. $6
Step-by-step explanation:
1.5x4=6
