Conceptually, why would increasing the radius of a planet reduce the force? I get that mathmatically,...
Homework Answers
you are somewhat correct to an extent but actually the gravitational force is considered as central force that means the force acting by that specific planet on any object on its surface is towards the center of the planet and increasing the radius means increasing the separation of surface point from the center, so now if the distance increased, the intensity of force must be decreases.
instead of considering it one planet system,. you can take this system as two individual point particles where one point is the center of planet and other is the surface point.
i tried the easiest way possible to make you understand in a conceptual way rather than mathematical
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Comment before rate in case any doubt, will reply for sure.. goodluck
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Conceptually, why would increasing the radius of a planet reduce
the force? I get that mathmatically,...
1. Why is the orbital period of each planet not exactly proportional to the radius of...
1. Why is the orbital period of each planet not exactly proportional to the radius of its orbit? (Think Kepler's 3rd law). 2. When people say that Venus is the twin of Earth, what is the only characteristic that would validate that statement? 3. If you didn't want to disrupt your sleep cycle, what planet besides earth would you be happy living on? 4. What other terrestrial planet would have seasons similar to earth? 5. Explain the result of Venus'...
Planet A with mass Ma = 1.90 times 10^27 kg and radius R.t = 71.5 times10^6...
Planet A with mass Ma = 1.90 times 10^27 kg and radius R.t = 71.5 times10^6 m is located at the origin of a coordinate system. A rocket with mass m_r = 2.02 times 10^6 kg is shot up from the surface of planet A along the y axis with initial velocity v = 30.00 km/s What is the maximum height h the rocket reaches above the surface of planet A? What is the acceleration vector a (vector notation) of...
B.2 This question concerns the possible tidal disruption of a spherical moon on a circular orbit of radius r about a ho...
B.2 This question concerns the possible tidal disruption of a spherical moon on a circular orbit of radius r about a host planet. The planet has mass Mp, radius R and mean density pp; the moon has mass M, radius Rm rand mean density Pm You may ignore any forces beyond the moon-planet system. (i) Show that tidal forces lead to a differential acceleration, between the face of the moon closest to the planet and the moon's centre, of amplitude...
Don't do the conclusion I just need help with questions 1a, 1b, 1c, 1d, 1e, 1f, and 1g
Don't do the conclusion I just need help with questions 1a, 1b,
1c, 1d, 1e, 1f, and 1g
V. Conclusions Write a conclusion on a separate sheet of paper. It should be approximately one page in length and include brief discus- sions of what you did, your observations, your results, and an analysis of your data, including potential sources of error. 1. . On the axes to the right draw a graph of the period of a pendulunm as a...
(I know how to get the number answer through a work equation but..I don't know why)...
(I know how to get the number answer through a work equation but..I don't know why) If gas expanded from 30L to 70L against a pressure of 2.8atm why would the internal energy be less? Wouldn't the internal energy be the same but more spread out as heat over a larger volume decreasing kinetic energy and there for having a lower pressure, but the same amount of total energy started with is still present within the system.
I would like to know the math behind the answer to A and B, I have...
I would like to know the math behind the answer to A and B, I
have tried several routes and cannot get it right. Thanks in
advance.
Constants Periodic Table A block of inertia m sits on a smooth surface (Figure 1). A light string is attached to it and placed over a solid pulley of inertia 7 m and radius R, and a ball of inertia m is attached to the free end of the string. Part A If...
for # 7 i dont get why com only works on haning steel ball.. so there...
for
# 7 i dont get why com only works on haning steel ball..
so there is no c.o.k.e?
for #8 i dont know what this question is asking me. first how do
i tell if this question is asking me for impulse? it doesnt say
anything about to solve for impulse...
i get the part where finding areas, but how do i know this is
asking for impulse and initial velocity?
what where that 6*10^3 came from,, so damn...
(I know how to get the number answer through a work equation but..I don't know why) If gas expanded from 30L to 70L...
(I know how to get the number answer through a work equation but..I don't know why) If gas expanded from 30L to 70L against a pressure of 2.8atm why would the internal energy be less? Wouldn't the internal energy be the same but more spread out as heat over a larger volume decreasing kinetic energy and there for having a lower pressure, but the same amount of total energy started with is still present within the system.
I need the answers for 5 and 6 parts In a classic carnival ride, patrons stand...
I need the answers for 5 and 6 parts
In a classic carnival ride, patrons stand against the wall in a cylindrically shaped room. Once the room gets spinning fast enough, the floor drops from the bottom of the room! Friction between the walls of the room and the people on the ride make them the "stick" to the wall so they do not slide down. In one ride, the radius of the cylindrical room is R = 6.1 m...
Can I get help in how to work on c with Minitab. Just steps would help...
Can I get help in how to work on c with Minitab. Just steps
would help a lot. thank you
02 0.0 1.645 1.645 Use Minitab to create a graph showing the 90% confidence multiplier for the t with 63 degrees of freedom. Briefly explain, using what we have discussed about the t distributions, why this number is larger than 1.645. will the 95% confidence multiplier for the t with 63 degrees of freedom be larger or smaller than 1.96?...
Planet A with mass Ma = 1.90 times 10^27 kg and radius R.t = 71.5 times10^6 m is located at the origin of a coordinate system. A rocket with mass m_r = 2.02 times 10^6 kg is shot up from the surface of planet A along the y axis with initial velocity v = 30.00 km/s What is the maximum height h the rocket reaches above the surface of planet A? What is the acceleration vector a (vector notation) of...
B.2 This question concerns the possible tidal disruption of a spherical moon on a circular orbit of radius r about a host planet. The planet has mass Mp, radius R and mean density pp; the moon has mass M, radius Rm rand mean density Pm You may ignore any forces beyond the moon-planet system. (i) Show that tidal forces lead to a differential acceleration, between the face of the moon closest to the planet and the moon's centre, of amplitude...
Don't do the conclusion I just need help with questions 1a, 1b,
1c, 1d, 1e, 1f, and 1g
V. Conclusions Write a conclusion on a separate sheet of paper. It should be approximately one page in length and include brief discus- sions of what you did, your observations, your results, and an analysis of your data, including potential sources of error. 1. . On the axes to the right draw a graph of the period of a pendulunm as a...
I would like to know the math behind the answer to A and B, I
have tried several routes and cannot get it right. Thanks in
advance.
Constants Periodic Table A block of inertia m sits on a smooth surface (Figure 1). A light string is attached to it and placed over a solid pulley of inertia 7 m and radius R, and a ball of inertia m is attached to the free end of the string. Part A If...
for
# 7 i dont get why com only works on haning steel ball..
so there is no c.o.k.e?
for #8 i dont know what this question is asking me. first how do
i tell if this question is asking me for impulse? it doesnt say
anything about to solve for impulse...
i get the part where finding areas, but how do i know this is
asking for impulse and initial velocity?
what where that 6*10^3 came from,, so damn...
I need the answers for 5 and 6 parts
In a classic carnival ride, patrons stand against the wall in a cylindrically shaped room. Once the room gets spinning fast enough, the floor drops from the bottom of the room! Friction between the walls of the room and the people on the ride make them the "stick" to the wall so they do not slide down. In one ride, the radius of the cylindrical room is R = 6.1 m...
Can I get help in how to work on c with Minitab. Just steps
would help a lot. thank you
02 0.0 1.645 1.645 Use Minitab to create a graph showing the 90% confidence multiplier for the t with 63 degrees of freedom. Briefly explain, using what we have discussed about the t distributions, why this number is larger than 1.645. will the 95% confidence multiplier for the t with 63 degrees of freedom be larger or smaller than 1.96?...
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