To solve this problem, we need to use the equation:
Residence Time = Mass / Flow Rate
Given:
Mass m (tons): Sodium = 2.8 * 10^13 tons
Flow rate, f (tons/year): Sodium = 3.5 * 10^5 tons/year
Step 1: Divide the mass by the flow rate to find the residence time of sodium.
Residence Time = (2.8 * 10^13 tons) / (3.5 * 10^5 tons/year)
Step 2: Simplify the division of the mass and flow rate.
Residence Time = (2.8 / 3.5) * (10^13 / 10^5) years
Step 3: Divide the numbers outside the exponent.
Residence Time = 0.8 * (10^13 / 10^5) years
Step 4: Subtract the exponents in the division.
Residence Time = 0.8 * 10^8 years
Step 5: Convert the result to scientific notation.
Residence Time = 8 * 10^7 years
Therefore, according to Zach's data table, the residence time of sodium written in scientific notation is 8 * 10^7 years.
How do I solve this problem step by step?
Use
Mass m (tons): Sodium:2.8*10^13
Flow rate, f (tons/year):Sodium:3.5*10^5
Zach is investigating the residence time of sodium in sea water. According to Zach's data table, the residence time of sodium written in scientific notation is __*10^ years.
1 answer
1 answer