Answer:
0+7 1+6 2+5 3+4
8-1 9-2 10-3 11-4 12-5 13-6 14-7 ......................
Answer:
between 30 yards and 150 yards
Step-by-step explanation:
we know that
The <u><em>Triangle Inequality Theorem</em></u> states that the sum of any 2 sides of a triangle must be greater than the measure of the third side
Let
x ----> the possible lengths of the third hallway in yards
<em>Applying the Triangle Inequality Theorem</em>
1) 90+60 > x
150 > x
Rewrite
x < 150 yd
2) 60+x> 90
x > 90-60
x > 30 yd
The possible lengths of the third hallway in yards is the interval
(30,150)
All real numbers greater than 30 yards and less than 150 yards
therefore
between 30 yards and 150 yards
The answer is (6/25). I just multiplied the 2 numbers, but I'll explain with something simpler:
Take the number 100, let's say I want (1/10) from that 100,
and from that (1/10), I want (4/5).
Well a tenth of 100 is 10, and four fifths of 10 is 8, thus we have 8/100 as a total (or 4/50)
The same answer can be found when multiplying (1/10) and (4/5), giving us (4/50) or (8/100)
First find the square root of -24 which would be -4.898979486 then either subtract 1 or add negative 1, it's the same thing, and that would give you -5.898979486.
