Find  and  such that

Use a Right endpoint Riemann Sum with 4 rectangles to approximate

Find  and  such that

Use the Squeeze Theorem to evaluate the limit

You are instructed on behalf of Chase Holdings PLC (“CH”), who have brought a claim in the County Court. The trial date has been set for Monday next week. Your instructing solicitors have just discovered that one of CH’s witnesses, John, is reluctant to attend trial due to pressure of work. John is required to give evidence on the first day of the trial. It is now Tuesday in the week before the trial starts and your instructing solicitors telephone you in chambers seeking your advice on what should be done. Which of the following statements is correct as to whether John can be compelled to attend the trial?

Use the Squeeze Theorem to evaluate the limit

If what is the net change in from to ?

Gavin, a carpenter, was injured while working on a construction site on 14 January 2017. He cannot remember anything about the accident. On 8 February 2017, a workmate told him he had been hit on the head by a brick and knocked unconscious. The brick had been dropped by a sub-contracted bricklayer, Alfred, who was working from scaffolding above him. Gavin was unsure whether he had a valid claim for damages and consulted solicitors about his accident on 19 September 2018. They told him the same day that he had a claim against Alfred’s employers, with good prospects of success. Enquiries were made by Gavin’s solicitors, and it was only on 3 October 2018 that they discovered that Alfred was employed at the time of the accident by M&L Construction PLC (“M&L”). Due to an oversight by Gavin’s solicitors, proceedings were not issued against M&L until 10 March 2020. Which of the following statements correctly reflects when time began to run for limitation purposes?

Find the dimensions of the square-based box with smallest surface area and an open top that has volume 4. (enter in positive whole numbers) Length/Width = Height =

Find the area of the largest rectangle that can be inscribed in a circle of radius 4.