A mobile phone holds 1.28 × 1011 bytes of storage. You can also pay more money to get an additional 384,000,000,000 bytes. How much storage would your phone have if you buy the additional bytes? The answer should be in scientific notation. (1 point)

О 5.12 × 1011
O 512 × 10°
O 385.28 × 1011
О 385.280.000.000

To find the total storage of the phone after buying the additional bytes, you would add the initial storage to the additional storage:

1.28 × 10^11 bytes + 384,000,000,000 bytes

Next, convert the additional bytes to scientific notation:

384,000,000,000 = 3.84 × 10^11

Now, add the two values together:

1.28 × 10^11 + 3.84 × 10^11 = 5.12 × 10^11

So, the phone would have a total storage of 5.12 × 10^11 bytes. Therefore, the correct answer is:

O 5.12 × 10^11

To calculate the total storage of the phone after buying the additional bytes, we need to add the original storage capacity and the additional storage.

Original storage capacity: 1.28 × 10^11 bytes
Additional storage: 384,000,000,000 bytes

To add the values, we can simply add the numbers in front of the power of 10 and keep the power of 10 the same:

1.28 × 10^11 + 384,000,000,000 = 385.28 × 10^11 bytes

So, the phone would have 385.28 × 10^11 bytes of storage.

To find out how much storage your phone would have if you buy the additional bytes, you need to add the additional bytes to the existing storage capacity.

The existing storage capacity of the phone is given as 1.28 × 10^11 bytes.

The additional storage capacity you can get by paying more money is given as 384,000,000,000 bytes.

To find the total storage capacity, add the existing storage capacity to the additional storage capacity:

1.28 × 10^11 bytes + 384,000,000,000 bytes

This can be simplified by converting the additional bytes to scientific notation:

3.84 × 10^11 bytes

Now, add the two values in scientific notation:

1.28 × 10^11 bytes + 3.84 × 10^11 bytes

Since the powers of 10 are the same, you can simply add the coefficients:

1.28 + 3.84 = 5.12

The answer is 5.12 × 10^11 bytes, which means the correct option is O 5.12 × 10^11.