SOLUTION: A volcano that is currently about one-half mile below the surface of the pacific ocean near the big island of Hawaii will eventually become a new Hawaiian island, Loihi. The volcan
Algebra.Com
Question 64634: A volcano that is currently about one-half mile below the surface of the pacific ocean near the big island of Hawaii will eventually become a new Hawaiian island, Loihi. The volcan will break the surface of the ocean in about 50000 years. On average, how many inches does the volcano rise in a year. State your answer in per year.
Answer by checkley71(8403) (Show Source): You can put this solution on YOUR website!
(.5*5280*12)/50000
31680/50000
.6336 inches per year is the estimated growth of this volcano.
RELATED QUESTIONS
The Lualailua Hills Quadrangle of the East Maui (Haleakala) volcano on the island of... (answered by Boreal,ikleyn)
Kilauea is an active shield volcano on the island of Hawai’i. The height of the volcano (answered by ikleyn,josgarithmetic,math_tutor2020)
One small island community in the pacific currently uses 1.8 megawatts (MW) of... (answered by jorel555)
Mauna Kea, a dormant shield volcano on the island of Hawai’i, is the
state’s highest (answered by ikleyn)
i need help with findin the equation of a line ...
lava flows from a volcano at... (answered by stanbon)
Using the existing elevation of the Big Island of Hawaii, and an assumed lava flow-rate... (answered by oberobic)
Hi! I got a quiz back, and found a question wrong. My teacher won't explain why it's... (answered by Mathtut)
the function P(d)=20(.975)^d models the intensity of sunlight beneath the surface of the... (answered by straight C+'s)
Conditional Probability/Bayes' Formula/Independent Events
Not sure which one the below... (answered by Edwin McCravy)