Answer:
D
Step-by-step explanation:
That inequality being talked about is
Note that:
The inequality is:
This means that the inequality includes all values of the number line that are less than -3.25 or that are to the left of -3.25
Note that the number -8.4 is less than -3.25, because it is to its left on the number line.
Then the correct statement is:
The number -8.4 is a solution to the inequality because -8.4 is located to the left of -3.25 on the number line.
It is given that a straight rod has one end at the origin (that is (0,0)) and the other end at the point (L,0) and a linear density given by, where a is a known constant and x is the x coordinate.
Therefore, the infinitesimal mass is given as:
Therefore, the total mass will be the integration of the above equation as:
Therefore,
<u>Now, we can find the center of mass</u>, of the rod as:
Now, we have
x_{cm}=\frac{1}{\frac{aL^3}{3}}\int_{0}^{L}ax^3dx=\frac{3}{aL^3}\times [\frac{ax^4}{4}]_{0}^{L}
Therefore, the center of mass, is at:
Answer:
It can be a factor if you have f(-1) = 0
That's binomial theorem as I remember.
Answer:
This would be .0051 as an ordinary number.
Step-by-step explanation:
In order to turn this into a normal number, simply move the decimal place the same amount of times as the exponent.
So this would result in .0051
Answer:
I think it is D.
Step-by-step explanation:
Good luck! :D