Statement-1: Boron has a smaller first ionisation enthalpy than beryllium. 

Statement-2: The penetration of a 2s electron to the nucleus is more than the 2p electron hence 2p electron is more shielded (according to Slater) by the inner core of electrons than the 2s electrons.

When beryllium is ionised, the electron is taken out of the s orbital and the P orbital of the boron atom, respectively. 2s electrons have a greater penetrating effect on the nucleus than 2p electrons. Because of this, the 2p electrons of boron are more protected from the nucleus than the 2s electrons of beryllium.