Ben Blakesley

University of Wisconsin - Madison
Researcher

Biography

I completed my Master’s in mathematics from The University of Bristol and I am currently a maths PhD student at King’s College London. My area of research is complex analysis and probability. I have experience as a tutor for undergraduate mathematics at both The University of Bristol and King’s College London.

Education

BS Mathematics
University of Wisconsin - Madison

Educator Statistics

Numerade tutor for 5 years
1939 Students Helped

Topics Covered

Integration
Mastering Integration Techniques for Optimal Results

Ben's Textbook Answer Videos

1

Ben's Quick Ask Videos

03:00
Calculus 1 / AB

A gun with a muzzle velocity of
600 m/s
is fired at an angle of
12°
above the horizontal. Find the horizontal and vertical
components of the velocity.

Ben Blakesley
07:51
Intro Stats / AP Statistics

Football player Tom Brady completes a pass 63.7% of the time.
Find the probability that
a) the first pass he completes is the second pass
b) the first pass he completes is the first or second pass
c) he does not complete his first two passes

Ben Blakesley
02:49
Calculus 3

The top speed of a certain sports car is 195 mph. A new unit of distance has been invented called the zitz. Suppose that 1 mile equals 716 zitz. What is the top speed of the car in zitz per second? Round your answer to the nearest 10th place.

Ben Blakesley
03:51
Calculus 3

Let f be a continuous real-valued function defined
on [a,b] and let f be differentiable on
(a,b).
Mark all of the following statements
that
are necessarily true:
a. f has its maximum and minimum in the interior
of [a,b]
b. f has its maximum and minimum
on [a,b]
c. f has at least one critical point on
(a,b)
d. if x in (a,b) is a critical point
of f then x is a point of minimum
or maximum of f
e. if x in (a,b) is a point of minimum
or maximum of f then x is a
critical point of f

Ben Blakesley
01:03
Calculus 3

Let {xn} and {yn} be sequences of real numbers. If {xn + yn} and
{xn} are divergent, then {yn} is divergent as well.

Ben Blakesley
01:36
Calculus 1 / AB

What is the area under the graph of the
function f(t)=t2+t between t=0 and t=1?

Ben Blakesley
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