Table 4: Uplifted gas mass, Fe mass, and energy.
Gas mass ( $M_\odot$ ) Fe mass ( $M_\odot$ ) Energy (erg)

0.62 keV $1.6\times10^9$ $7.9\times10^{5\:*)}$ $3.3\times10^{58}$

Total $6.1\times10^{9\:**)}$ $1.7\times10^7$ $1.25\times10^{59}$

^*) With equal metallicities of the 0.62 keV and the hot gas from the RGS fit;
^**) if the average metallicity of the total uplifted gas is 2 solar.

**Table 4:** Uplifted gas mass, Fe mass, and energy.
	Gas mass ( $M_\odot$ )	Fe mass ( $M_\odot$ )	Energy (erg)
0.62 keV	$1.6\times10^9$	$7.9\times10^{5\:*)}$	$3.3\times10^{58}$
Total	$6.1\times10^{9\:**)}$	$1.7\times10^7$	$1.25\times10^{59}$

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