The equation represents the magnitude of an earthquake that is 10 times more intense than a standard earthquake is
.
Given
The magnitude, M, of an earthquake is defined to be M = log StartFraction I Over S EndFraction, where I is the intensity of the earthquake (measured by the amplitude of the seismograph wave) and S is the intensity of a "standard" earthquake, which is barely detectable.
<h3>The magnitude of an earthquake</h3>
The magnitude of an earthquake is a measure of the energy it releases.
For an earthquake with 1,000 times more intense than a standard earthquake.
The equation represents the magnitude of an earthquake that is 10 times more intense than a standard earthquake is;

Hence, the equation represents the magnitude of an earthquake that is 10 times more intense than a standard earthquake is
.
To know more about the magnitude of earthquakes click the link given below.
brainly.com/question/1337665
1647. 1 hour=60 minutes. John can mow 247 square feet per minute, so he can mow 60*247=14820 square feet per hour. 1 yard=3 feet, so 1 square yard =3^2=9 square feet, so in the same duration of time, John can mow 14820/9=1647 square yards (approximately) per hour.
Answer:
m = 5, n = 2
Step-by-step explanation:

Given:
A line segment with initial point (–5, 3) and terminal point (1, –6).
To find:
The set of parametric equations over the interval 0 ≤ t ≤ 1 which defines the given line segment.
Solution:
Initial point is (–5, 3). So,

Terminal point is (1, –6).

Check which of the given set of parametric equations satisfy
.
Put t=1 in each set of parametric equations.
In option A,

So, option A is incorrect.
In option B,

So, option B is incorrect.
In option C,


Put t=0, in this set of parametric equations.


So, option C is correct.
In option D,


So, option D is incorrect.