Degree: Biochemistry (Masters) - Oxford, Lady Margaret Hall University
Subjects offered:Chemistry, Maths+ 2 more
“I'm Ollie and I'm a friendly, engaging and enthusiastic Biochemistry student at Oxford, whose aim is to support and stretch students in their science studies!”
Degree: Physics with a year abroad (Masters) - Edinburgh University
Subjects offered:Chemistry, Physics+ 1 more
“Hi there, welcome to me page! About Me: I am currently studying Physics at the University of Edinburgh. From a young age, science has always been a passion of mine, and hopefully I can convey this in my tutorials. Previously, I found...”
Degree: Medicine (Other) - Edinburgh University
Subjects offered:Chemistry, Physics+ 5 more
“Hi! I am Anna and I am studying Medicine. I have done the IB (new syllabus) so I know all about the new curriculum, including IAs and Explorations! ”
Degree: Physics (Masters) - Liverpool University
Subjects offered:Chemistry, Physics+ 3 more
“About Me I am studying physics at the University of Liverpool and am now in my second year having passed with a first in all my modules last year. I really love all things science and have a real drive to pass on what I know to other...”
The region R is bounded by the curve y=sqrt(x)+5/sqrt(x) the x-axis and the lines x = 3, x = 4. Find the volume generated when R is rotated through four right-angles about the x-axis. Give your answer correct to the nearest integer.
25cm3 of NaOH (2M) were titrated with 1.25M H2SO4. Write down the balanced reaction equation. Calculate the number of moles of NaOH used in the titration and hence deduce the volume of sulfuric acid used in the titration. Give your answer in dm3.
An equilibrium between hydrogen and nitrogen to make ammonia. Explain what would happen to the amount of product if a) pressure was increased b) temperature was increased c) a catalyst was added. Energy change -92KJ/molView GCSE Chemistry tutors