BMAT 2015 Section 2 Question 27
Consider the following three statements:1 A mass of 4.0 kg requires a resultant force of 5.0 N to act on it in order toaccelerate it at 1.25 m / s…
Consider the following three statements:1 A mass of 4.0 kg requires a resultant force of 5.0 N to act on it in order toaccelerate it at 1.25 m / s…
The equation for the complete combustion of methane is:CH4(g) + 2O2(g) CO2 (g) +2H2O (g)If 1.60 g of methane were completely burned in 8.00 g of oxygen (an excess) to…
The sex of a species of fruit fly is determined by the number of X chromosomes relative to the number of non-sex chromosomes (A) in a cell. This is called…
Simplify:2x + 3 + 2x – 3 -2 2x – 3 2x + 3 Answer: 24) D Let us first solve the first…
A car is being driven at 20 m / s when the driver sees a child run into the road. The driver’s usual reaction time is 0.70 s, but this…
Which of the following have the same electron arrangement? Answer: 2) C In order to answer the question, we only need to find out how many electrons each of the…
Mitochondria are the site of aerobic respiration in animal cells. A theory of the evolution of animal cells states that these mitochondria may once have been aerobic bacteria that were…
A class of݊ n pupils takes a spelling test. Their mean score for the test is݉ m. Another pupil takes the test and scores݊ n. When this pupil’s result is…
Part of a radioactivity decay series is represented below. It involves the change of a nucleus M into a nucleus N by the emission of a beta-particle, followed by a…
The reaction between the gases S and T occurs according to the following equation. Which statement about this reaction is correct? Answer: 18) C A – a catalyst would increase…