Convert 52 feet to meters using dimensional analysis
Mount Elbert is 14,439 feet tall. Convert this height into meters.
Convert 23.9 kL to milliliters using dimensional analysis, include proper units in both the calculation and the answer.
2. Use dimensional analysis to convert 0.350 grams of phosphorus to grams of P2O5
Convert 10 kilograms to an equivalent amount in pounds. Show and explain your steps using dimensional analysis. Write a sentence putting your answer into the context of the exercise.
Use the table, along with dimensional analysis, to convert the given unit to the unit indicated Volume in Cubic Units Capacity 1 mL 1 dm3 - 1000 cm3 42 kL to dm3 1 m dm3 (Round to the nearest hundredth as needed.)
Assume that you run the following script: ConvertToMeters.ps1 Function Script:ConvertToMeters($feet) { "$feet feet equals $($feet*.31) meters" } #end ConvertToMeters What will be the exact output of the above code if you call the function with a parameter of 20? a. 20 feet equals 62 meters b. 20 feets equal 6.2 meters c. 20 feet equals .31 meters d. 20 feet equals 6.2 meters
Please show your work
1. Convert 4598 grams into pounds 2. Convert 1600 meters into miles 3. Convert 15 MPa into pound per square inch 4. Convert 50 kPa into pounds per square foot 5. A bucket contains 576 mL of water. What is the volume of water in quarts? 6. Convert 40 miles per hour into meters per second 7. Convert 20 gallons per minute into liters per second 8. Convert 200 gallons per minute into cubic feet per...
A two-dimensional vector has an x-component of 5.06 meters and a y-component of 9.18 meters. Calculate the magnitude of this two-dimensional vector 1.067 meters 1,067 meters CHECK ANSWER 1 of 2 attempts used LAST ATTEMPT Question5 A two-dimensional vector has an x-component of 8.95 meters and a y-component of 3.33 meters. Calculate the angle (in degrees) that this two-dimensional vector makes with the positive x-axis Enter answer here : degrees of 2 attempts used CHECK ANSWER Question 6 A two-dimensional...
Convert 32 mm to meters
Using dimensional analysis: 1) Prepare 1 L of 0.05 M NaOH using a 1 L volumetric flask and 6 M NaOH as the NaOH source. Calculate the amount of 6 M NaOH needed. 2) Calculate the mass of KHP needed to completely react with approximately 35.00 mL of 0.05 M NaOH I got the correct answers to be 1) 8.33 ml NaOH and 2) 0.357 g KHP, but I didn't use dimensional analysis. I just need to know how to...