The usual notation for [x] is the greatest integer that is equal to or less than x.
For example, [2.5]=2, [-3.4]=-4, but -[3.4]=-3 because the [ ] function applies to a positive number. The greatest integer not exceeding 3.4 is 3. On the other hand, for [-3.4], the greatest integer not exceeding -3.4 is -4.
However, having said all that, all numbers inside the [] sign are integers, so the greatest integer function has no effect.
The best way to solve this problem is to first remove the greatest integer function [], for example for (A),
0, -3, -4, -5, 8
We can see that -3, -4, -5 are all less than zero, so it is not ordered correctly from least to greatest.
If you draw a number line, you will find that they fall in this order:
-5...-4...-3...0...8
So use the number line and figure out the remainder, and you will eventually find one answer that is ordered from least to greatest.
Which set of numbers is ordered correctly from least to greatest?
A. 0,-3,-[4],[-5],8
B. 8,[-5],-[4],-3,0
C. -[4],-3,0,[-5],8
D, [-5],-[4],-3,0,8
Is the answer A?
8 answers
Which group of numbers is ordered co4rectly from least to greatest select all that apply. 2, -4, 6,-8
-1/3,-1/6,1/2,1
-1/10,0.2,3/10,1/4
11/2,-0.75,-0.25,11/2
-8,-3/4,-3,1/4
-1/3,-1/6,1/2,1
-1/10,0.2,3/10,1/4
11/2,-0.75,-0.25,11/2
-8,-3/4,-3,1/4
why couldn't yall just give the answer
its a
INTEGERS AND ALGEBRA UNIT TEAST connections ac
3:B
4:B
5:A
6:B
7:B
8:C
9:B
10:C
11:B
12:D
13:C
14:A
15:D
16:B
17:B
18:A
19:C
20:C
21:C
22:D
23:|-3| is the positive absolute value to -3
24:4+y=36
3:B
4:B
5:A
6:B
7:B
8:C
9:B
10:C
11:B
12:D
13:C
14:A
15:D
16:B
17:B
18:A
19:C
20:C
21:C
22:D
23:|-3| is the positive absolute value to -3
24:4+y=36
swagbot is wrong
Is swagbot right or wrong ?
Is he right or wrong i need those
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