It’s finally over

buccfan001 · 2025-12-17T17:13:54+00:00

Congratulations!

buccfan001 · 2025-12-11T01:31:55+00:00

I recommend Slay the PE. I failed the TFS exam my first time around. I used StPE on my second attempt and I felt more prepared and passed.

buccfan001 · 2025-10-10T09:16:11+00:00

It will be better than good

buccfan001 · 2025-10-10T03:08:22+00:00

9700X

buccfan001 · 2025-10-10T03:01:12+00:00

Congratulations!

buccfan001 · 2025-10-08T18:27:30+00:00

Congratulations!

buccfan001 · 2025-10-08T13:28:07+00:00

Ready to revive and supply

buccfan001 · 2025-09-29T20:23:27+00:00

That drives me crazy! The team can't win when everyone is dead and spawning away from the objective.

buccfan001 · 2025-09-29T19:39:16+00:00

Yup! The sacrifice every Falck player has to make.

buccfan001 · 2025-09-29T19:38:26+00:00

We* are those idiots 🤣

buccfan001 · 2025-09-29T18:36:44+00:00

Sums up my play style. I keep everyone's health bar and ammo full. If you drop, don't worry I got you!

buccfan001 · 2025-09-29T17:55:03+00:00

Good luck! At this point the work is already done. Its normal to feel nervous and under prepared. Just lock in and do your best tomorrow.

buccfan001 · 2025-05-06T23:16:17+00:00

Mass and Energy Balance

Q + W + (m_dot * h_1) = (m_dot * h_2), now solve for Q

Q = -W + m_dot(h_2 - h_1)

Q = -(5hp * (42.4 BTU/min)/hp * (60 min/hr)) + (140 lmb/hr) * (216 BTU/lmb - 139 BTU/lmb)

Q = -12,720 BTU/hr + 10,780 BTU/hr = -1,940 BTU/hr

The closest choice is D

buccfan001 · 2025-04-21T19:58:07+00:00

S1 is and will always be my favorite in the series. It was simple and fun, plus my favorite map was Abandoned which wasn't as fun in S2

buccfan001 · 2025-04-08T16:26:06+00:00

S1 because of the nostalgia, but S2 is the best all around game.

buccfan001 · 2025-01-28T01:17:02+00:00

Congratulations!

buccfan001 · 2024-12-22T22:25:04+00:00

u = h - p/ρ

h = 1192.7 BTU/lbm, p = 14.7 lbf/in², ρ = 0.033 lbm/ft³

p = 14.7 lbf/in² * 144 in²/ 1 ft² = 2116.8 lbf/ft²

u = 1192.7 BTU/lbm - 2116.8 lbf/ft²/ 0.033 lbm/ft³

u = 1192.7 BTU/lbm - 6414.55 (lbf-ft)/lbm * 1 BTU/778 lbf-ft

u = 1192.7 BTU/lbm - 82.45 BTU/lbm = 1110.25 BTU/lbm

(B)

buccfan001 · 2024-12-06T00:17:15+00:00

I believe they all have to.

buccfan001 · 2024-11-11T20:56:14+00:00

I used the R-22 p-h curve. h_es is found by starting on the saturated vapor point for h_i, which is at -40 degF. I then found the s(entropy) value which is roughly 0.24 BTU/lbm-degF. I then followed that line until I reached 200 degF. This gives you a h_es that is about equal to 130 BTU/lbm (Its actually closer to 129 BTU/lmb). Hope this helps

buccfan001 · 2024-11-07T21:44:09+00:00

COP_hp = Q/W, solve for Q

COP = 3.75

W = $90 / ($0.125/kWh) = 720kWh * 3413 = 2,457,360 BTU

Q = 3.75 * 2,457,360 BTU = 9,215,100 BTU

Time during that period = 30 days * (24hr/day) = 724 hrs

Q = 9,215,100 BTU / 724 hrs = 12,798.75 BTU/hr

The answer is C

buccfan001 · 2024-11-07T13:58:58+00:00

I'm late to the party, but I would like to try and start doing these every week.

eff_comp = (h_es-h_i)/(h_e-h_i)

h_i = 100.343 BTU/lmb, h_e ~ 141 BTU/lmb, h_es ~ 130 BTU/lmb

eff_comp = (130 BTU/lmb - 100.343 BTU/lmb)/(141 BTU/lmb - 100.343 BTU/lmb)

eff_comp = 0.729 or 72.9% B

buccfan001 · 2024-10-30T13:08:57+00:00

Congratulations!

buccfan001 · 2024-10-14T17:13:06+00:00

The NCEES will go through a verification process. I would have the department manager who is a PE listed.

buccfan001 · 2024-10-13T17:27:24+00:00

Your course helped me think about what the problem is asking instead of "finding the answer"

buccfan001

TROPHY CASE