A sea lion jumped out of the water to a height of 3 feet above sea level. The number line shows the location of the sea lion at
the top of its jump. From this location, the sea lion dove down 9 feet. Describe how to use the number line to find the new location of the sea lion.
A. On the number line, move 9 units to the left. End at -6. The sea lion was 6 feet below sea level.
B. On the number line, move 9 units to the right. End at 12. The sea lion was 12 feet above sea level.
C. On the number line, move 9 units to the right. End at 6. The sea lion was 6 feet above sea level.
D. O3n the number line, move 9 units to the left. End at -12. The sea lion was 12 feet below sea level.
A. On the number line, move 9 units to the left. End at -6. The sea lion was 6 feet below sea level.
B. On the number line, move 9 units to the right. End at 12. The sea lion was 12 feet above sea level.
C. On the number line, move 9 units to the right. End at 6. The sea lion was 6 feet above sea level.
D. O3n the number line, move 9 units to the left. End at -12. The sea lion was 12 feet below sea level.
1 answer:
You might be interested in
Answer:
OPTION A: Divide both the sides by 5
Step-by-step explanation:
We are given: 5z - 3 = 12
When we add 9 to both sides we get:
5z - 3 + 9 = 12 + 9
⇒ 5z + 6 = 21
⇒ 5z = 21 - 6 = 15
⇒ 5z = 15
To find the value of z we have to divide both the sides by 5.
i.e.,
⇒ z = 3.
Answer:
the answer is function 1 has the larger max. at (4,1)
Step-by-step explanation:
draw function 2 : the vertex is (1,-2)
the vertex of function 1 is (4,1)
