I have been after a set of sums for a while and have had a difficult time getting help with the challenge. The equations I am seeking are the torque co-efficient and the torque covariant between the expansion of space and terminal velocity.

It is my working that the covariant here is E = mc^2 and the co-efficient is c = i by E(when -1 = m)

although it is not the deciding check I put against my working, the greater part of my believing I have that the right way round is that I have the impression the co-variant should have the ^2 in it and the co-efficient should have the ^2\ in it. Further clarification would be appreciated.

any chance at all someone can give a straight question a straight answer?

Riff-in-Thyme said:

any chance at all someone can give a straight question a straight answer?

Judge Mental?

I just torqued-up the main cap bolts on the engine for my Fraser, they go to 43 ft-lbs.

Spiny Norman said:

I just torqued-up the main cap bolts on the engine for my Fraser, they go to 43 ft-lbs.

Fraser?

>I just torqued-up the main cap bolts on the engine for my Fraser, they go to 43 ft-lbs.

All clamped down properly so you wont blow a head gasket.

oh main bearings, yeah good to have them done up tight.

Riff-in-Thyme said:

Spiny Norman said:

I just torqued-up the main cap bolts on the engine for my Fraser, they go to 43 ft-lbs.

Fraser?

transition said:

>I just torqued-up the main cap bolts on the engine for my Fraser, they go to 43 ft-lbs.

All clamped down properly so you wont blow a head gasket.

Other side of the engine mate.

aawww bum. jealous much? yep. you’ll take me for a lap if you come past my place in that won’t you?

>Other side of the engine mate.

Yes.

Riff-in-Thyme said:

aawww bum. jealous much? yep. you’ll take me for a lap if you come past my place in that won’t you?

Yep.

Spiny Norman said:

Riff-in-Thyme said:

aawww bum. jealous much? yep. you’ll take me for a lap if you come past my place in that won’t you?

Yep.

:)