I want an example that explains and calculate the kinetics
rocket based on FBD by idealizing the NASA space shuttle to a
particle which has curvilinear motion. Assume the Earth is flat and
state all other assumptions
Explain the kinetics of a rocket based on FBD by idealizing the
rocket to a particle which has curvilinear motion. Assume the Earth
is flat and state all other assumptions.
I want to calculate a sample size before I collect CATEGORICAL
data. If I want no more than 3% margin of error find the sample
size I would need for the following intervals.
a8) 85%
a9) 90%
a10) 95%
Repeat a8 - 10, but this time with a 5% margin of error
a11) 85%
a12) 90%
a13) 95%
Which of the following provides an example of one-dimensional
motion in which average speed is not equal to the magnitude of
average velocity?
a. A boy rides a bicycle along a straight path from his house to
the market.
b. A pitcher throws a baseball along a perfectly straight
line.
c. A man throws a ball vertically upwards and catches it when it
falls back.
d. A girl walks 80m north, halts for a while, and walks 100m
further north...
give an example of pure rolling ,which is combination of two
linear motion,with an example???explain answer with daigrammm
i posted it twice,dont give answer untill u r not sure..
Imagine an example of projectile motion in which the launch
angle is 30o above the horizontal, the launch position
is 3 m above the ground, and the launch speed is 15 m/s. Where
could you place a target on the ground so that it will “catch” the
projectile when it lands?
Calculate the maximum rate at which a rocket can expel gases if
its acceleration cannot exceed seven times that of gravity. The
mass of the rocket just as it runs out of fuel is75800 kg, and its
exhaust velocity is 2.00 ? 103 m/s. Assume that the
acceleration of gravity is the same as on the earth's surface (9.80
m/s2).