Which situation results in the final value of zero? e the temperature after a decrease of 5°f from a temperature of -5°f. be the height of an airplane after taking off from brown level and rising 1000 feet. see the amount of money received and change after making a $10 purchase with the $20 bill. d the distance above sea level after increasing 24 m after depth of 24 m below sea level.

It's D.

Step-by-step explanation:

That would be D.

-24 + 24 = 0.

The correct option is D) The distance above sea level after increasing 24 m after depth of 24 m below sea level.

Step-by-step explanation:

Consider the provided information.

We need to find Which situation results in the final value of zero.

Option A) E the temperature after a decrease of 5°F from a temperature of -5°F.

Decreasing means we need to subtract 5°F from the existing temperature.

E=-5°F-5°F=-10°F

Hence, now the temperature is -10°F.

Therefore, it is not the correct option.

Option B) The height of an airplane after taking off from ground level and rising 1000 feet.

If the airplane was at the ground level then we consider the height of the airplane was 0 feet above the ground.

After taking off it is rising 1000 feet above the ground level that means the overall rising is 1000 feet.

Therefore, it is not the correct option. As final value is not 0.

Option C) See the amount of money received and change after making a $10 purchase with the $20 bill.

If you purchase something which cost you $10 and you are purchasing it with the $20 bill.

The money you will received is: $20-$10=$10

Which is not 0.

Therefore, it is not the correct option.

Option D) The distance above sea level after increasing 24 m after depth of 24 m below sea level.

The previous position of the object was 24 m below sea level

It can be written as -24m as the distance is below sea level.

Now the object Increasing 24 m, therefore,

-24+24=0

Hence, the final value is zero.

Therefore, the correct option is D) The distance above sea level after increasing 24 m after depth of 24 m below sea level.

C. Number of blocks needed is 27.

Step-by-step explanation:

The dimension of the container = 9 inches by 9 inches by 9 inches

The blocks has a dimension = 3 inches by 3 inches by 3 inches

A. To determine the number of blocks needed to fill the container, divide the volume of the container by the volume of each block.

B. volume of container = length x width x height

volume of each block = length x width x height

Number of blocks needed =

C. volume of container = length x width x height

                              = 9 x 9 x 9

                              = 729

volume of container = 729 cubic inches

volume of each block = length x width x height

                                = 3 x 3 x 3

                                = 27 cubic inches

Thus,

Number of blocks needed =

                                       =

                                       = 27

The number of blocks needed is 27.