Step-by-step explanation:
you work with it like with regular equations :
-9 <= 5 + 2x <= -5
-14 <= 2x <= -10
-7 <= x <= -5
The wall is a rectangle, so by the pythagorean theorem, the diagonal squared minus the height squared equals the width squared. This gives a width of 42.80 feet. The area of the wall is width (42.80 ft) x height (8.3 ft), equal to 355.26 square ft. The can covers 21.5 square feet, so John needs 16.52 cans to cover the wall. As he can't buy half a can, John should purchase 17 cans of spraypaint.<span>The wall is a rectangle, so by the pythagorean theorem, the diagonal squared minus the height squared equals the width squared. This gives a width of 42.80 feet. The area of the wall is width (42.80 ft) x height (8.3 ft), equal to 355.26 square ft. The can covers 21.5 square feet, so John needs 16.52 cans to cover the wall. As he can't buy half a can, John should purchase 17 cans of spraypaint.</span>
A. <span>isolating the x² term and finding the square root of both sides </span>
Answer:
B
Step-by-step explanation:
The diagram shows two box plots.
Liam's box plot shows the median = 10
the range = 20 - 4 = 16
Sumat's box plot shows the median = 14
the range = 22 - 3 = 19
Difference between medians is 14 - 10 = 4
between ranges is 19 - 16 = 3
Thus, correct option is option B
Y=24 because 60/20 is 3. 3*8 is 24
