Please refer to the question and the solution below for reference:-
4) Memory dump (10 points)
// The following memory dump was taken while debugging an issue.
//
// Memory Dump:
// Address: Byte:
// 0x1000 0xA0
// 0x1001 0x0A
// 0x1002 0xBA
// 0x1003 0x48
// 0x1004 0x2C
// 0x1005 0xB7
// 0x1006 0x3B
// 0x1007 0x82
// 0x1008 0x9C
// 0x1009 0xE5
// 0x100A 0x17
// 0x100B 0x40
// 0x100C 0xEF
// 0x100D 0x47
// 0x100E 0x0F
// 0x100F 0x98
// 0x1010 0x6F
// 0x1011 0xD5
// 0x1012 0x70
// 0x1013 0x9E
// 0x1014 0x94
// 0x1015 0x99
// 0x1016 0x4A
// 0x1017 0xBA
// 0x1018 0xCA
// 0x1019 0xB2
// 0x101A 0x32
// 0x101B 0xE6
// 0x101C 0x8E
// 0x101D 0xB9
// 0x101E 0xC5
// 0x101F 0x2E
// 0x1020 0xC3
//
// System is 32-bit, little-endian.
// A variable called myPacket is of type packet_S (typedef below).
// (Default compiler options; unpacked, naturally aligned.) -->This means no padding(-Colin)
// The address of myPacket is 0x1010.
//
typedef struct
{
uint8_t count;
uint16_t data[2]; -->Should be no padding in between elements, thus 2bytes*2(-Colin)
uint32_t timestamp;
} packet_S;

// a) What are the values of each member of myPacket? (big-endian)
//Answer:
count = 0x6F
data[0] = 0x9994
data[1] = 0xBA4A
timestamp = 0xE632B2CA

//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

**Is the value of data[0] & data[1] calculated correctly?

Shouldn't it be:

data[0] = 0x9E70
data[1] = 0x9994**