Momentum = mass*velocity
So, Velocity = Momentum/mass
For this problem, write Momentums in decreasing order (descending)and write mass in incresing order(ascending)
like, Momentum (in kg m/s) = [2.2x104 , 1230 , 195 , 36.3 , 5.23 ]
And Mass (in kg) = [2.35 , 31.5 ,1.60x102 , 933 ,11800]
Largest possible speed = 2.2x104/2.35 = 9361.702128 m/s = 9361.7 m/s (approx)
Second largest speed = 1230/31.5 = 39.04761905 m/s = 39 m/s (approx)
Third largest speed = 195/160 = 1.21875 m/s = 1.2 m/s (approx)
Fourth largest speed = 36.3/933 = 0.038906752 m/s = 0.0389 m/s (approx)
smallest possible speed = 5.23/11800 = 4.43220339x10-4 m/s = 4.4x10-4 m/s (approx)
You are given five values of mass and five values of momentum. Form combinations of these...
3) Given five planets in another solar system. Their mass and radius are: Planet A: M and 2R Planet B: 2M and R Planet C: 4M and 2R Planet D: M and R Planet E: 2M and 3R Rank them in order of g value on their surface (Largest to smallest, show if any of them are equal). Explain how you arrived at your conclusions (Again use idea of forming ratios)
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Suppose that X is a uniform random variable on the interval (0, 1) and let Y = 1/X. a. Give the smallest interval in which Y is guaranteed to be. Enter -Inf or Inf for – or o. Interval:( b. Compute the probability density function of Y on this interval. fy(y) = Suppose that X ~ Bin(4, 1/3). Find the probability mass function of Y = (X – 2)2. a. List all possible values that...
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pre-lab "Projectile
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A ball of mass m is suspended from a string, and after being
given a push,moves along a horizontal circular path like the one
shown in the diagram.The length of the string is L and the angle
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