Here is such a set: {1, 2, 2}.
The median is 2; the mean is 1 2/3.
Answer:
9
Step-by-step explanation:
To solve this question you need the formula of hypothenuse theorem, I personally use .
Since is the hypothenuse, and the hypothenuse in this case is 15, the equation will be .
144+=225
subtract 144 from both sides
= 81
b=9
Answer:
no lag
Step-by-step explanation:
Answer:
Step-by-step explanation:
Cost of purchase = $1200
Running cost = $9.5
Number of days =d
Cost of operating for a number of days =$9.5d
Number of snow fences =6
Using the information above,we can conclude that the
Expression which represents cost to purchase and operate 6 snow fences with respect to the number of days is
= ($1200 + $9.5d)6
<span>No, it is never possible for a set of n vectors to span R^m where n is less than m. R^m has a dimension of m, so m vectors are required to span the space. In the case of three vectors in R^4, the three vectors span a space with a dimension of 3 and R^4 has a dimension of 4, so vectors can be found in R^4 which are outside the space of any three vectors.</span>