ICBMs do space trips - straight up in space, turn and down again to wipe out Moscow - and it is of course of interest to study how much fuel they use for it.
No, not straight up. On a parabolic ballistic trajectory. Also, not all ICBMs are aimed at Moscow.
Why doesn't the small, light weight nuclear war head just continue into space. Why does it stop, turn and re-enter and return to destroy Moscow?
Umm... Gravity, perhaps.
Yes, gravity does make human space travel impossible. You cannot lift the space craft with humans off the ground. Too heavy!
And gravity also makes ICBMs impossible. Gravity pulls them back so fast that they burn up at re-entry like meteoroids. Vaporized. Useless. Only military people can invent such nonsense.
Any person trying to win my Challenge (topic) must really understand what gravity is (apart from making the Challenge impossible to win).
So once again I got to post the TWR of the Saturn V. Keep in mind this TWR assumes GVM and likely the TWR would be higher.
TWR of the Saturn V on the pad:
5 F-1 engines with 6.672.000 N thrust each=33,360,000 N
2 896 895 kg gross rocket mass
(6,672,000N*5)/(2,896,895*9. 8 )=1.17 TWR
Where are your calculations besides just adding the fuel mass and saying it was a lot?
As for sub-orbital flight it takes a lot less fuel even if the craft reaches space. Simply because orbital velocity does not need to be achieved.
Funny how gravity in your model changes to support your claims. Can not go to the moon because the craft would be pulled back and crash into Earth. Yet for things like gravity assist and sub-orbital flight it does not effect the craft. For ICBMs they will continue into space as an example.
My guess you will still fail to show us your calculations for TWR. Why is that? You are claiming something like the Saturn V could not lift off, you seem pretty sure you are right. To me that means you have evidence and can show us the calculations you did.
You must have missed this before, since it is regarding what you continually point out the topic is your challenge:
Can you provide evidence you have the funds doing something similar to this?

Now if I was to tell you I will give you $8,000 for doing something you can see that today I have it in a checking account. It does not insure I will have it tomorrow or will pay it, but it does show I have the funds now and capable of earning enough to pay you.
The address you give is to a building that is owned and operated by a company that provides subsidized housing. This seems to indicate your gross assets are valued at less than 1,000,000. Can you offer evidence you do not receive a subsidy for your rent/mortgage or you own your home?
You state, "basic principles of astrophysics" are to be used to win your challenge. What basic principles? Are they the ones I can find in books on the subject? The stuff taught in schools? The ones astronomers claim are correct? The principles Arianespace uses to put satellites into orbit?
You have demonstrated you do not understand the subject matter of your challenge. I showed you the delta-v and ISP for the Saturn V and then you asked questions that were answered by that information. Like the amount of fuel needed and how much gets used during a burn. You claimed my calculations did not take pressure or gravity into account when they did and I provided you a link with the methodology I used. Which suggest you discounted my calculations and results without reviewing them.
You made a claim you were sentenced to death in the US for revealing nuclear secretes. When did you receive this sentence? When did you have access to classified information about US nuclear technology? What US Government agency or contractor did you work for? I am asking since I believe this is a false claim and suggest you are not completely honest.
Taking the above into consideration how are you qualified to judge the challenge? How are you going to ensure a fair ruling?
The above are reasonable questions regarding your challenge. Considering the amount of time someone would need to invest in doing it if they do not just copy and paste what NASA has already done.