First, the square root of 100 is 10. So we are finding 10^8 which is 100000000 (8 zeros) or 1.0 X 10^8
|T-58 | ≤ 15 -15 ≤ T - 58 ≤ 15 +58. +58 +58 43 ≤ T ≤ 73 Graphing: Draw a solid point on a number line at 43, shade to the right of this point Draw a solid point on a number line at 73, shade to the left of this point The shaded part between the two points represents the temperature the fish can tolerate.
Answer:
y = -3x - 8.3
Step-by-step explanation:
You need to rearrange 9x + 3y = -22 in the form y = mx+c.
9x+3y = -22
3y = -9x - 22
y = -3x - 7.3
As long as the gradient is the same, the lines will be parallel. So you can give any number to the intercept (in this case I gave 8.3) and you will have parallel equations.
Final answer : y = -3x - 8.3
Answer:
A)
Step-by-step explanation:
The starting point to solve this, is to gather the concept of what a Rhombus is, an Equilateral Parallelogram, so let's examine the following options
A. All sides are of equal length. True
Considering the definition hence all sides have the same length.
B. <em>The Diagonals are of equal length</em> False. Since there is a bigger diagonal than the second Diagonal, we cannot assure they're of equal lengths.
Check the picture out below
C. <em>The opposite sides are of equal length and the diagonals are of equal length </em>False. Since those diagonals are different we cannot agree with the second part
D. <em>The opposite sides are parallel and the diagonals are of equal length</em> False Different length for each diagonal.