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The distance s metres from a fixed point of a vehicle travelling in a straight line with constant acceleration, a m/s2, is given by s=ut + 1/2 at2, where u is the initial velocity in m/s and t the time in seconds. Determine the initial velocity and the acceleration given that s=42m when t =2 s and s=144m when t =4 s. Find also the distance travelled after 3 s
What percentage of students were nursing students. What percentage of nursing students were taking their first online course and Among those who were NOT nursing students what percentage were taking their first online course
the speed of an airplane in still air is 283 mph. the plane travels 477 mi against the wind and 1445 mi with the wind in a total time of 18 hrs. what is the speed of the wind?
Find the probability on poisson distribution.
Please evaluate the following integral using the formula for integration by parts, Please show detailed solution, including substitution(s) used.
Should the null hypothesis be rejected for the difference between the two groups in change in mobility scores over 12 weeks? Provide a rationale for your answer.
write the equation of a rational function with intercepts-20 3000 vertical asymtotes x 1 and no horizontal asymptote
in 1936 statistician and geneticist r.a. fisher reanalyzed mendels famous pea data and using the chi-square statistic
The solution to Linear transformations, A linear transformation L: V -- W is said to be one-to-one if L(v1) = L(v2) implies that v1=v2. Show that L is one-to-one if and only if ker(L) = {0v}.
brokerage accounts 1000 assets billionsameritrade 428 19.5charles schwab 2500 219.0datek 205 5.5discover 134 5.9dlj
Two trains leave stations 384 miles apart at the same time and travel toward each other. One train travels at 85 miles per hour while the other travels at 75 miles per hour. How long will it take for the two trains to meet?
The derivative from the rate of changes
The distance from a star to a planet is 3.1 * 1019 m. How long does it take light, traveling at 1016 m/year, to travel from the star to the planet?
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