Prepare for your VCE maths methods exam 2 with this written examination paper in PDF format. You can practise solving questions on calculus, probability, matrices and vectors using a CAS calculator. Compare your answers with other past exams and assessment reports from the VCAA website FREE download: VCAA Specialist Mathematics Exam 1 Solutions. Friday, November 9th, VCAA Specialist Mathematics Exam 1 Solutions – PDF 68 KB. Thanks to Leigh Thompson for pointing out the units given in Q6, kg m/s2. The given units are for the rate of change in momentum, not the change in momentum
2020 Mathematical Methods Written examination 2
June BTEC Level 3 Nationals in Sport Unit 2: Fitness Training and This was the third exam series of the new Level 3 Nationals specification for Unit 2: different training methods for the selected individual and would be awarded a total of 8 marks. Question 5 asked the learners to design weeks 1, 3 and 6 of a 6-week training / In this video I run through the VCAA Methods exam 2. I hope watching me walk through the questions is helpful if you're struggling with VCE If there is a choice of methods shown, mark the method that leads to the answer given on the answer line. If no answer appears on the answer line, mark both methods then award the lower number of marks. If it is clear from the working that the “correct” answer has been obtained from incorrect working, award 0 marks
2018 VCAA Mathematical Methods Exam 1 - YouTube
2 marks. do not write in this area. Question 2 (10 marks) Four rectangles of equal width are drawn and used to approximate the area under the parabola y = x2 from. x = 0 to x = 1. The heights of the rectangles are the values of the graph of y = x2 at the right endpoint of each rectangle, as shown in the graph below 2 The further a swimmer dives below the surface of the sea, the greater the pressure on the swimmer. Explain why. [2 marks] 3 A person swims from a depth of m to a depth of m below the surface of the sea. density of the sea water = kg/m3. gravitational field strength = N/kg