[Sample B: Approval/Signature Sheet] - George Mason University
[Sample B: Approval/Signature Sheet] - George Mason University
[Sample B: Approval/Signature Sheet] - George Mason University
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Utility<br />
ACFT Force Ap.<br />
(32.07%)<br />
Table 5. Variation of Weight on Force Application.<br />
ACFT Force Ap.<br />
(42.07%)<br />
81<br />
ACFT Force Ap.<br />
(22.07%)<br />
FTR 0.488 FTR 0.549 FTR 0.447<br />
ASW 0.415 ASW 0.44 ASW 0.402<br />
UAV 0.272 UAV 0.262 UAV 0.296<br />
CGO 0.23 CGO 0.243 CGO 0.244<br />
HLA 0.167 HLA 0.21 HLA 0.136<br />
0.840<br />
0.020<br />
0 10<br />
0<br />
Percent of Weight on Force Application<br />
Figure 40. Weight Variation on Force Application.<br />
Similarly to the previous figure, the weight line on Force Awareness is right over<br />
the switchover point between UAV and HLA (see fig. 41). But this time, an increase in<br />
weight will increase the UAV‘s utility and decrease the HLA‘s utility. The inverse occurs<br />
if the weight is decreased. Also, there is a switchover point between UAV and CGO<br />
relatively close to the weight line.<br />
Fighter (FTR)<br />
Anti-submarine (ASW)<br />
Helicopter A (HLA)<br />
Cargo (CGO)<br />
Unmanned (UAV)<br />
Helicopter B (HLB)