Calculate the probability of finding a quantum mechanical harmonic oscillator at the point y = 0 in states \upsilon= 0, 2, and 6. discuss the trend that you observe in this progression. do this by evaluating the probability of finding the particle within a small range, \deltay = +/-0.001, about the point y = 0. hint: you can assume the integrand is constant over this small range which will make evaluating the integral easier

Which of the following correctly describes the early view of catastrophism?

Which of the following represents an upright image? a. -do b. +m c. -m d. +do

Agroup of students is studying convection currents. they fill two identical balloons with the same amount of helium. one balloon is placed in a freezer and the other in an area with warm air. after 10 minutes, the balloons are released from a height of 1 meter. which of the following do the students most likely observe? question 2 options: the balloons rise at the same rate. both balloons are the same size. the ballons both rise. the cold ballon is larger than the warm balloon. the cold balloon expands and rises. the warm balloon shrinks and sinks. the warm balloon expands and rises. the cold balloon shrinks and sinks.