Answer:
Step-by-step explanation:
We are given the following in the question:
where r and r are the radius of the circle.
General equation of circle:
where(h,k,j) is the center of the circle and r is the radius of circle.
If the circle is centered at origin, then,
Equation of circle with radius R centered on origin
Inequality to describe the region that consist of all points lying between the sphere of radius r and R but not on the sphere is given by:
Answer:
I'm not sure if this is correct, but if I'm not mistaken, it should be 26.4 multiplied by 3/7.
Step-by-step explanation:
The reasoning is actually pretty simple. First, find the distance between points F and B. (Hint: Use the Pythagorean Theorem) Then, take that distance, and multiply is by 3/7. Okay, 11.314. That means that the next point should be about 11.314 away from point F, and on the line between those points. Good Luck! I think you can figure out the rest.
Wouldn't it be six speaking how the formula for volume is base times with times hight but if third two two it would be 12.
Your answer is 12
For large enough <em>x</em>, exponential functions like 2<em>ˣ</em> will always dominate a polynomial of any degree. This is to say the denominator will always be larger than the numerator (again, for sufficiently large <em>x</em>). So the limit in this case would be 0. (I'll leave a link in comments to a variety of answers regarding this detail.)
But if you've been introduced to L'Hopital's rule: we have
Answer: 80
Step-by-step
so you want to start by putting 2/3+4 together to get 4 2/3 and then divide it by -2
