Mass of rod is 3.8X106
The radius of the sphere is 915m
Let’s start again with the station not rotating, and back to its original size, with the rod again at 915 meters long. This time, we would like to get the station rotating at a rate of 0.09 rad/s, but now about an axis that passes straight down the length of the rod. We will accomplish this by placing a pair of rocket engines as shown, each again with a thrust of 2.8X10-6 N, on one of the spherical end modules. How long must these engines fire in order to get the station’s angular velocity up to 0.09rad/s? Answer: __________.___ minutes
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Mass of rod is 3.8X106
The radius of the sphere is 915m
Let’s start again with...
Let’s start again with the station not rotating, and back to its original size, with the...
Let’s start again with the station not rotating, and back to its
original size, with the rod again at 915 meters long. This time, we
would like to get the station rotating at a rate of 0.09 rad/s, but
now about an axis that passes straight down the length of the rod.
We will accomplish this by placing a pair of rocket engines as
shown, each again with a thrust of 2.8X10-6 N, on one of the
spherical end modules....
Let’s start again with the station not rotating, and back to its original size, with the rod again at 915 meters long. This time, we would like to get the station rotating at a rate of 0.09 rad/s, bu...
Let’s start again with the station not rotating, and back to its
original size, with the rod again at 915 meters long. This time, we
would like to get the station rotating at a rate of 0.09 rad/s, but
now about an axis that passes straight down the length of the rod.
We will accomplish this by placing a pair of rocket engines as
shown, each again with a thrust of 2.8X10-6 N, on one of the
spherical end modules....
Let's start again with the station not rotating, and back to its original size, with the rod again at 979 meters long. This time, we would like to get the station rotating at a rate of 0.09 rad/s...
Let's start again with the station not rotating, and back to its
original size, with the rod again at 979 meters long. This time, we
would like to get the station rotating at a rate of 0.09 rad/s, but
now about an axis that passes straight down the length of the rod.
We will accomplish this by placing a pair of rocket engines as
shown, each again with a thrust of 3.9x10^6 N, on one of the
spherical end modules....
axis 90 degree perspective shift so you're looking straight along the new rotation axis (d) Let's start again with the station not rotating, and back to its original size, with the rod ag...
axis 90 degree perspective shift so you're looking straight along the new rotation axis (d) Let's start again with the station not rotating, and back to its original size, with the rod again at 947 C. -meters long. This time, we would like to get the station rotating at a rate of FDa rad/s, but now about an axis that passes straight down the length of the rod. We will accomplish this by placing a pair of rocket engines as...
All of the questions on this concern a space station, consisting of a long thin uniform rod of mass 4.4 x 106kg and length 171 meters, with two identical uniform hollow spheres, each of mass 1.3 x 106...
All of the questions on this concern a space station, consisting
of a long thin uniform rod of mass 4.4 x
106kg and length 171 meters,
with two identical uniform hollow spheres, each of mass 1.3
x 106 kg and radius 57 meters,
attached at the ends of the rod, as shown below. Note that none
of the diagrams shown is drawn to scale!
PART D:
(d) Let's start again with the station not
rotating, and back to its original...
All of t rod of mass B. 2a _x10 kg and length C. 5meters, with two identical uniform hollow spheres, each of mass D. 232x 10 kg a E_ meters, attached at the ends of the rod, as shown below. Not...
All of t rod of mass B. 2a _x10 kg and length C. 5meters, with two identical uniform hollow spheres, each of mass D. 232x 10 kg a E_ meters, attached at the ends of the rod, as shown below. Note that none of the diagrams shown is drawn to scale! he questions on this exam concern a space station, consisting of a long thin uniform nd radius axis axis (e) Now, another feature of this station is that the...
These questions concern a space station, consisting of a long thin uniform rod of mass 4.3 x 10^6 kg and length 769 meters, with two identical uniform hollow spheres, each of mass 1.7 x 10^6 kg and ra...
These questions concern a space station, consisting of a long
thin uniform rod of mass 4.3 x 10^6 kg and length 769 meters, with
two identical uniform hollow spheres, each of mass 1.7 x 10^6 kg
and radius 218 meters, attached at the ends of the rod, as shown
below. Please note that none of the diagrams shown is drawn to
scale.
A. Suppose that the station starts out at rest (not rotating).
What we want is to get it...
PLEASE SHOW WORK AND ANSWER ALL PARTS. WHEN I ASKED THE SECTIONS SEPARATELY THE ANSWERS DID NOT MATCH, THANK YOU!!! All of the questions on this concern a space station, consisting of a long thin unif...
PLEASE SHOW WORK AND ANSWER ALL PARTS. WHEN I ASKED THE
SECTIONS SEPARATELY THE ANSWERS DID NOT MATCH, THANK
YOU!!!
All of the questions on this concern a space station, consisting
of a long thin uniform rod of mass 4.4 x
106kg and length 171 meters,
with two identical uniform hollow spheres, each of mass 1.3
x 106 kg and radius 57 meters,
attached at the ends of the rod, as shown below. Note that none
of the diagrams shown...
Mass of station is 3.8X106 Suppose once again that the space station begins at rest, not...
Mass of station is 3.8X106
Suppose once again that the space station begins at rest, not
rotating. This time, instead of using rocket engines attached to
the spherical end modules, we will have small probes periodically
launched from two points on the rod-shaped part of the station as
shown. The probes will launch in pairs in opposite directions, each
individual probe of identical mass 1287 kg and launched at a speed
of 15900 m/s with respect to the space station....
Mass of station is 3.8X106 Suppose once again that the space station begins at rest, not rotating. This time, instead of using rocket engines attached to the spherical end modules, we will have small...
Mass of station is 3.8X106
Suppose once again that the space station begins at rest, not
rotating. This time, instead of using rocket engines attached to
the spherical end modules, we will have small probes periodically
launched from two points on the rod-shaped part of the station as
shown. The probes will launch in pairs in opposite directions, each
individual probe of identical mass 1287 kg and launched at a speed
of 15900 m/s with respect to the space station....
Let’s start again with the station not rotating, and back to its
original size, with the rod again at 915 meters long. This time, we
would like to get the station rotating at a rate of 0.09 rad/s, but
now about an axis that passes straight down the length of the rod.
We will accomplish this by placing a pair of rocket engines as
shown, each again with a thrust of 2.8X10-6 N, on one of the
spherical end modules....
Let’s start again with the station not rotating, and back to its
original size, with the rod again at 915 meters long. This time, we
would like to get the station rotating at a rate of 0.09 rad/s, but
now about an axis that passes straight down the length of the rod.
We will accomplish this by placing a pair of rocket engines as
shown, each again with a thrust of 2.8X10-6 N, on one of the
spherical end modules....
Let's start again with the station not rotating, and back to its
original size, with the rod again at 979 meters long. This time, we
would like to get the station rotating at a rate of 0.09 rad/s, but
now about an axis that passes straight down the length of the rod.
We will accomplish this by placing a pair of rocket engines as
shown, each again with a thrust of 3.9x10^6 N, on one of the
spherical end modules....
axis 90 degree perspective shift so you're looking straight along the new rotation axis (d) Let's start again with the station not rotating, and back to its original size, with the rod again at 947 C. -meters long. This time, we would like to get the station rotating at a rate of FDa rad/s, but now about an axis that passes straight down the length of the rod. We will accomplish this by placing a pair of rocket engines as...
All of the questions on this concern a space station, consisting
of a long thin uniform rod of mass 4.4 x
106kg and length 171 meters,
with two identical uniform hollow spheres, each of mass 1.3
x 106 kg and radius 57 meters,
attached at the ends of the rod, as shown below. Note that none
of the diagrams shown is drawn to scale!
PART D:
(d) Let's start again with the station not
rotating, and back to its original...
All of t rod of mass B. 2a _x10 kg and length C. 5meters, with two identical uniform hollow spheres, each of mass D. 232x 10 kg a E_ meters, attached at the ends of the rod, as shown below. Note that none of the diagrams shown is drawn to scale! he questions on this exam concern a space station, consisting of a long thin uniform nd radius axis axis (e) Now, another feature of this station is that the...
These questions concern a space station, consisting of a long
thin uniform rod of mass 4.3 x 10^6 kg and length 769 meters, with
two identical uniform hollow spheres, each of mass 1.7 x 10^6 kg
and radius 218 meters, attached at the ends of the rod, as shown
below. Please note that none of the diagrams shown is drawn to
scale.
A. Suppose that the station starts out at rest (not rotating).
What we want is to get it...
PLEASE SHOW WORK AND ANSWER ALL PARTS. WHEN I ASKED THE
SECTIONS SEPARATELY THE ANSWERS DID NOT MATCH, THANK
YOU!!!
All of the questions on this concern a space station, consisting
of a long thin uniform rod of mass 4.4 x
106kg and length 171 meters,
with two identical uniform hollow spheres, each of mass 1.3
x 106 kg and radius 57 meters,
attached at the ends of the rod, as shown below. Note that none
of the diagrams shown...
Mass of station is 3.8X106
Suppose once again that the space station begins at rest, not
rotating. This time, instead of using rocket engines attached to
the spherical end modules, we will have small probes periodically
launched from two points on the rod-shaped part of the station as
shown. The probes will launch in pairs in opposite directions, each
individual probe of identical mass 1287 kg and launched at a speed
of 15900 m/s with respect to the space station....
Mass of station is 3.8X106
Suppose once again that the space station begins at rest, not
rotating. This time, instead of using rocket engines attached to
the spherical end modules, we will have small probes periodically
launched from two points on the rod-shaped part of the station as
shown. The probes will launch in pairs in opposite directions, each
individual probe of identical mass 1287 kg and launched at a speed
of 15900 m/s with respect to the space station....
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