Pleaser in need just the answer and be the answer clear

THX

1.4 1 Converting (154.25)10 into a binary number system will :generate ( 2 00011010.10 10011110.101001100011 10011010.01 104 2 Converting (154.25)10 into a hexadecimal numbering system will generate 116 9A.60 None 0 9A.50 9A30 9A4 1.4 Converting (1100101001010111 )2 into a hexadecimal numbering system will generate _) 16 CA590 CA570 CA580 CA560 1.4 4 Converting (643.3}g into a decimal number system will generate 310 416.477 419.477 419.375 416.375 1.5 5 Representing (+75) using 8 bits signed binray number is equivalent to 01010011110001110100101110001011 1.5 6 = The 2s complotrient for (101011012 : 01010011 10010011 00010011 a 01010111 1.5 7 Representing (-52) using 8 bits signed binray number is 0011010010110100001101001 10110010 equivalent to 15 8 Using NAND gate concept. (F-AB+CD) is equivalent to T(AB) (CD)) T(AB) (CD) T(AB) (CD) TABY (CD) 1.5 Complete the following Truth-Table which helps design a 4-bit even parity checker at the (receiver side (x.y z and p Error P z Y X A 0 0 0 ol B 1 0 0 0 0 1 0 O D 1 1 0 0 E 0 0 1 0 ho F 1 0 1 B 1.A OB Ar B A 000 CA B B 1.5 10 Using NAND gate concept, implementing F= (XYZ) is equivalent to (X+Y+Z) (X+Y+z) (X+Y+Z) (X+Y*Z)