Answer:
Anything you own that has value and can be turned into cash.
Step-by-step explanation:
Unless there is a passage that refers to the word, the second option would be the best answer due to Google's online dictionary.
Answer:
7/16
Approximately 0.44
Step by step explanation:
For the 1st student to arrive before 2nd student,
* the probability that he(1st student)to arrive during 3/4 hrs = 3/4
*Then he(1st student) will need to wait for 1/4 hrs
*The probability that he(1st student) arrive during the last 1/4 hrs = 1/4
*Then he(1st student) waits for average of 1/8 hrs (1/4 + 1/4)=1/8
*The total time he(1st student) wait = (3/4 ×1/4) +(1/4× 1/8) = 7/32
*For 1st and 2nd student to meet, the 2nd student need to arrive when 1st student is still arround, therefore the probability that 2nd student arrives when 1st student is arround = 7/32
*If 2nd student arrives before 1st student, the probability that they would meet is 7/32
* Adding both together 7/32 + 7/32 = 7/16
ANSWER = 0.4375
=0.44
Answer:
The answer is 6 – 4i
Step-by-step explanation:
Complex values:
Have the following format: a + bi
In which a is the real part and b is the complex part.
Addition:
Suppose we are going to add two complex numbers. We add their real parts, and their complex parts separatly.
So
(–4 + i) + (10 – 5i) = (-4 + 10) + i(1-5) = 6 - 4i
The answer is 6 – 4i
This is an interesting problem. You have to get the absolute value by itself. So divide by -4.
An absolute value can NEVER be a negative number.
You need to isolate the variable by itself on one side of the equation. You do so by performing the inverse operations that were done to the variable....
(24-y)/4=4 multiply both sides by 4
24-y=16 subtract 24 from both sides
-y=-8 divide both sides by -1
y=8
