Question

In 1990 (t = 0), the world use of natural gas was 73874 billion cubic feet,...

In 1990 (t = 0), the world use of natural gas was 73874 billion cubic feet, and the demand for natural gas was growing exponentially at the rate of 5.5% per year. If the demand continues to grow at this rate, how many cubic feet of natural gas will the world use from 1990 to 2012?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
In 1990 (t = 0), the world use of natural gas was 79413 billion cubic feet,...
In 1990 (t = 0), the world use of natural gas was 79413 billion cubic feet, and the demand for natural gas was growing exponentially at the rate of 6.5% per year. If the demand continues to grow at this rate, how many cubic feet of natural gas will the world use from 1990 to 2018?
The population of the world was about 5.3 billion in 1990 (t = 0) and about...
The population of the world was about 5.3 billion in 1990 (t = 0) and about 6.1 billion in 2000 (t = 10). Assuming that the carrying capacity for the world population is 50 billion, the logistic differential equation dP =kP(50−P)dt models the population of the world P(t) (measured in billions), where t is the number of years after 1990. Solve this differential equation for P(t) and use this solution to predict what the population will be in 2050 according...
You determined that your boilers cumulatively burned 50,000,000 cubic feet of natural gas and 100,000 gallons...
You determined that your boilers cumulatively burned 50,000,000 cubic feet of natural gas and 100,000 gallons of No. 2 fuel oil last year. You performed your own stack tests that showed that your boilers emit 0.4 lbs of PM-2.5 for every million cubic feet of natural gas burned and 1.6 lbs of PM-2.5 for every thousand gallons of No. 2 fuel oil burned. What were the total emissions of PM-2.5 last year from the boilers in tons per year? Show...
How do you convert 664.71 MSCFH (million standard cubic feet per hour) of natural gas to...
How do you convert 664.71 MSCFH (million standard cubic feet per hour) of natural gas to MBtu/hr? I am looking for the firing rate of a burner. I know you have to use enthalpy tables for temperatures or something of the composition. (the composition is mainly CH4 Methane)
The population of the world in 1990 was 50 billion and the relative growth rate was...
The population of the world in 1990 was 50 billion and the relative growth rate was estimated at 0.5 percent per year. Assuming that the world population follows an exponential growth model, find the projected world population in 2018.
The market of natural gas is described by the following supply and demand equations: Qs =...
The market of natural gas is described by the following supply and demand equations: Qs = 14 + 2 PG + .25 P0 Qd = -5 PG + 3.75 P0 where Qs represent the quantities supplied and demanded of natural gas (in millions of cubic feet), PG represents the price of natural gas (per cubic foot) and P0 represents the price of oil (per barrel). a) If P0 = 6, find the equilibrium price and quantities of natural gas. b)...
The market of natural gas is described by the following supply and demand equations: Qs=14+2PG+.25P0 Qd=-5PG...
The market of natural gas is described by the following supply and demand equations: Qs=14+2PG+.25P0 Qd=-5PG +3.75P0 where Qs represent the quantities supplied and demanded of natural gas (in millions of cubic feet), PG represents the price of natural gas (per cubic foot) and P0 represents the price of oil (per barrel). a) If P0 = 6, find the equilibrium price and quantities of natural gas. b) Find the new equilibrium price and quantities if P0 doubles (from 6 to...
The following table shows data for the cost of natural gas in Maryland (in dollars per...
The following table shows data for the cost of natural gas in Maryland (in dollars per thousand cubic feet) for each month of the year 2018. Month   Price in $ per Million Btu 1 8.38 2 7.99 3 7.73 4 8.20 5 8.73 6 8.99 7 9.25 8 9.30 9 10.65 10 8.19 11 8.69 12 9.69 Define the explanatory and response variables for this problem. Use the calculator to obtain the linear regression line of best fit line; round...
Q1In May 2020, the world population was 7.8 billion and was growing at a rate of...
Q1In May 2020, the world population was 7.8 billion and was growing at a rate of 1.08 percent. Project what the world population would be in 2025, 2050, and 20100 at this constant growth rate. Type all work and your final answers here. Question 1-2: Given a 2011 population of 7 billion and a 2020 population of 7.8 billion, calculate the average annual growth rate over that 9-year period. Type all work and your final answer here. Question 1-3: At...
In the early 1990s, there were approximately 5 billion people in the world. Plous† asked readers...
In the early 1990s, there were approximately 5 billion people in the world. Plous† asked readers to estimate how wide a cube-shaped tank would have to be to hold all of the human blood in the world. The correct answer is about 870 feet, but most people give much higher answers. Explain which of the concepts covered in this chapter leads people to give higher answers. (Hint: Compare 870 to 8703.) (Select the correct answer) People use the fact that...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT