Answer:
b because i caculated it and that was closest
Answer:
Not a function
Step-by-step explanation:
Not a function because -2 in Set A has 2 different possible answers in Set B
Answer:
What are the traditional methods of measuring in Quantity Surveying? Prior to any construction work beginning, one of the roles of the Quantity Surveyor (QS) is to measure the proposed works and produce a Bill of Quantities (BQ), an itemised document breaking down costs of building materials, plant and labour.
Step-by-step explanation:
Answer:
O.5
Step-by-step explanation:
Principal (P): $900.00
Time. (T) :3 years
Interest. (l ) :$54
Rate. (R): ?
R= P × T
100 × l
R= $900.00 × 3years
100 × $54
R= $9.00 × 3years
$54
R= $27
$54
R= 0.5
Therefore annual interest rate is 0.5
Unfortunately, your answer is incorrect, but I totally understand your thinking. However, 1/4 is the probability for each individual that they'll be placed in a general civil case. Since there are two of them, and the question is asking the probability that only one will be in a general civil case, you have to approach the problem slightly differently.
There is a 1/16 chance that both will be put in the case (1/4 * 1/4), a 9/16 chance that neither will be put in the case (3/4 * 3/4), and therefore leaving a 6/16 chance that only one of them will be placed in the civil case. (1 - (1/16 + 9/16). This is equivalent to the decimal 0.375.
Draw out a chart of all the 16 possibilities, and circle the ones where the criteria meet. You'll find that there are 6 instances where one of them is put in a general civil case alone.
