Find the x- and y-intercepts of the graph of the equation.  figure 1.png)
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Solve the problem.Under standard conditions, molecules of a gas collide billions of times per second. If each molecule has diameter t, the average distance between collisions is given by 
where n, the volume density of the gas, is a constant. Find 
.
A. 
= 
B. 
= 
C. 
= - 
D. 
= - 
Express the inverse of the given statement symbolically.Multiply x by 55.
A. 55x
B. 
C. 
D. x - 55
Factor.343c3 + 125
A. (343c + 5)(c2 - 35c + 25) B. (7c - 5)(49c2 + 35c + 25) C. (7c + 5)(49c2 - 35c + 25) D. (7c + 5)(49c2 + 25)
Solve the problem.f(x) = 
is defined on the interval 
.(a) Approximate the area A under the graph of f by partitioning 
into three subintervals of equal length and choose u as the left endpoint of each subinterval.(b)Approximate the area A under the graph of f by partitioning 
into three subintervals of equal length and choose u as the right
endpoint of each subinterval.(c)Express the area A as an integral.(d)Use a graphing utility to approximate this integral to three decimal places. What will be an ideal response?