Table 1: Mean excesses $\bar{\delta}_{(U-B)_{0}}$ and $\bar{\delta}_{(B-V)_{0}}$ , with their standard deviations, $\sigma$ , for the samples of active and inactive giant stars. In the last three columns we give the maximum value for the excesses and the number of stars included in the statistics.
$\bar{\delta}_{(U-B)_{0}}$ $\sigma$ $\bar{\delta}_{(B-V)_{0}}$ $\sigma$ $\delta_{(U-B)\rm {max}}$ $\delta_{(B-V)\rm {max}}$ n

active +0.35 $\pm0.26$ +0.09 $\pm0.12$ +0.98 +0.38 26

inactive +0.00 $\pm0.11$ -0.01 $\pm0.04$ +0.20 -0.11 29

**Table 1:** Mean excesses $\bar{\delta}_{(U-B)_{0}}$ and $\bar{\delta}_{(B-V)_{0}}$ , with their standard deviations, $\sigma$ , for the samples of active and inactive giant stars. In the last three columns we give the maximum value for the excesses and the number of stars included in the statistics.
	$\bar{\delta}_{(U-B)_{0}}$	$\sigma$	$\bar{\delta}_{(B-V)_{0}}$	$\sigma$	$\delta_{(U-B)\rm {max}}$	$\delta_{(B-V)\rm {max}}$	n
active	+0.35	$\pm0.26$	+0.09	$\pm0.12$	+0.98	+0.38	26
inactive	+0.00	$\pm0.11$	-0.01	$\pm0.04$	+0.20	-0.11	29

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