£24 /hr

Degree: Philosophy, Politics and Economics (Bachelors) - Durham University

Subjects offered: Maths, Physics+ 2 more

“About Me:I am currently studying Philosophy, Politics and Economics at Durham University. So although I now specialise in humanities, I have continued to study the sciences simultaneously and mydepth of experience will enable me to h...”

£20 /hr

Degree: Biological Natural Sciences (Bachelors) - Cambridge University

Subjects offered: Maths, Physics+ 3 more

“Who am I? I'm currently studying Natural Sciences in my third year at Cambridge University, with a focus on Neuroscience. Science is my passion, I've loved it at every level I've studied it, and a desire to pass on my passion is part ...”

£20 /hr

Degree: Physics (Masters) - Warwick University

Subjects offered: Maths, Physics+ 1 more

“About me: I am currently a Physics student at the University of Warwick, this degree incorporates two of my passions,Physics and Mathematics! I am very personable and patient, throughout secondary school I volunteered with the maths h...”

Currently unavailable: for regular students

Degree: Mathematics (Bachelors) - Durham University

Subjects offered: Maths, Science+ 3 more

“Hi, I'm Sam, a mathematics student at Durham. Although I will mainly focus on A level and GCSE if people have other questions or more challenging questions (perhaps STEP or MAT) I will be more than happy to help!”

How do you take the derivative of a^x ?

What is the best way to prove trig identities?

Find the tangent of the following curve, y=xe^x, at x=1 expressing it in the form y=mx+c?

For the curve f(x) = 2x^3 - 54x, find the stationary points and state the nature of these points

How to find the equation of a tangent to a curve at a specific point.

Differentiate y= (2x+1)^3. [The chain rule]

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