# english

Which label best fits the following text?
Sir Isaac Newton, the first person who studied gravity seriously, discovered what is known as the law of universal gravitation. It defines the amount of attraction of one particle of matter on another particle of matter. The formula for figuring the amount of attraction, or gravitational force, is written in the following way:

The formula means that first you multiply the constant of the gravitational pull between particles, G, by the mass of particle 1, m1, and the mass of particle 2, m2. Then you divide the answer by the square of the distance between them, d2. This equation will give you the amount of pull or force between the two particles.
It may seem reasonable to question the law of universal gravitation because Newton wrote it during the seventeenth century. However, modern scientists have tested it using modern and innovative scientific equipment and increased knowledge of the solar system. The formula remains true today.
a.biographical text
b.expository text
c.persuasive text
d.functional text

I think it is b.

1. 👍 1
2. 👎 0
3. 👁 1,271
1. I agree, b.

1. 👍 1
2. 👎 0
👩‍🏫
Ms. Sue
2. thank you

1. 👍 1
2. 👎 0
3. You're welcome.

1. 👍 1
2. 👎 0
👩‍🏫
Ms. Sue
4. What Is 3*70=? What is the answer?

1. 👍 1
2. 👎 1

## Similar Questions

1. ### History

Which accurately describes one of Sir Isaac Newton’s advancements in astronomy? using a barometer, Newton was able to prove Copernicus heliocentric theory using trigonometry, Newton was able to calculate the size of our solar

2. ### marine science

Lesson 3: wrapping up unit 1 Marine science A unit 1: about the earth. 1. The history of Sir Isaac Newton study of gravity does which of the following. a .illustrates how a theory becomes law b.provides an example of a theory that

3. ### Math

The real numbers \$a\$ and \$b\$ satisfy \$|a| < 1\$ and \$|b| < 1.\$ (a) In a grid that extends infinitely, the first row contains the numbers \$1,\$ \$a,\$ \$a^2,\$ \$\dots.\$ The second row contains the numbers \$b,\$ \$ab,\$ \$a^2 b,\$ \$\dots.\$ In

4. ### history

Which option accurately describes the significance of the scientific theories of Isaac Newton? A. Newton’s theories helped scientists understand the significance of germs and sterilization. B. Newton’s theories helped

1. ### Educational Tech

Which of the following should you use to change text size, color, and font face to make a section label stand out? A. Overtype B. Heading Styles C. text wrapper ** D. Footnote

2. ### math

Altitudes AD and BE of acute triangle ABC intersect at point H. If angle AHB = 123 degrees and angle BAH = 26 degrees, then what is angle HCA in degrees? Asymptote code below [asy] size(150); defaultpen(linewidth(0.8)); pair B =

3. ### physics

In an historical movie, two knights on horseback start from rest 79.0 m apart and ride directly toward each other to do battle. Sir George's acceleration has a magnitude of 0.319 m/s2, while Sir Alfred's has a magnitude of 0.391

4. ### physics

at what angle must the two forces of 50 newton and 120 newton be acting so as to balanced by a force of 130 newton?

1. ### physics

Two knights on horseback start from rest 88.0 m apart and ride directly toward each other to do battle. Sir George's acceleration has a magnitude of .300 m/s^2, while Sir Alfred's has a magnitude of .200 m/s^2. Relative to sir

2. ### English 2

12. All of the following words describe Sir Lancelot Du Lake except a. loyal b. indirect c. strong d. clever B? 13. What is the most likely reason that Sir Lancelot doesn't initially fight the three Round Table knights at the end

3. ### history

Which options describe Chinese developments in mathematics? (Select all that apply.) A- The first Chinese book about mathematics, Nine Chapters on the Mathematical Art, was composed before 200 BC. B- The Chinese discovered the

4. ### math

In the below figure, EB is tangent to the circle with center \$C\$ at the point B. If EC is equal to the diameter of the circle, find the measure of angle BAD in degrees. and here is the ugly LaTeX [asy] pair C = (0,0), B =