Two teams of workers were scheduled to produce 680 parts in a month. The first team produced 20% more parts than planned and the

The average is also known as the mean, calculated as the sum of values divided by the total number of data points.

Values are h, j, and k

The total data count is 3

The sum of the values is represented as h + j + k

Thus, the mean is [h + j + k] / 3

=> Answer: option c. [h+j+k] over 3

Answer:

840

Step-by-step explanation:

As the arrangement matters, we apply the permutations formula to find the solution.

Permutations formula:

The count of possible arrangements of x items chosen from a total of n items is defined by this formula:

For this problem:

Jose occupies the first seat.

The other four can be arranged among the remaining 7 family members. Thus

Hence, the final answer is:

840

Response:

Synthetic division involves dividing a polynomial exclusively by a linear factor.

Elaboration:

The valid points are:

1. The division must occur involving a polynomial and a linear expression.

3. If the last term in the quotient contains a number, a remainder will exist. After performing the division, if a number other than zero remains in the final term of the quotient, it is classified as the remainder.

4. The resulting quotient is represented as a polynomial with a degree one higher than that of the original dividend.

When there is one table (t=1), you can place 6 chairs (c=6) around it: 2 along the length of each side and 1 at each end.
With t=2, where the tables are positioned end to end (joined at the width), c=10, that means 4 chairs along each side of the joined tables and 1 chair at each end. Each additional table increases the number of chairs by 4, thus we can express this as c=4t+2, with the constant 2 representing the individual chair at each end. If the tables are spread apart, then c=6t.

Response:

12 Hours

Step-by-step rationale:

h=21/14*8

h=12 hours