Explain density equal to the salt water

Reference no: EM13214542

measure the salt water in the tank to have a density of 1.03 g/mL. The balloon weighs 2.0 g and your weights have a mass of 30.0 g each. If you put 13 weights in your balloon, you must inflate the balloon to what diameter for it to have a density equal to the salt water, and therefore float in the middle of the tank?

Reference no: EM13214542

Questions Cloud

Determine cranstons average payment cycles : Determine Cranston's average production cycles for 20x4 and for20x5 and determine Cranston's average collection cycles for 20x4 and for 20x5. Assume that all sales are credit sales.

Depict a lewis structure for one important resonance : draw a lewis structure for one important resonance form of HAsO4 2-. In clude lone pair electrons and indicate nonzero formal charges

Compute the mass in grams of o : The mass of O (oxygen) in this sample can be obtained by the difference of the sample masses and the total calculated masses of H and C

Explain what are the total number of moles of c atoms : from the number of moles of H2O(.1331 mol) and CO2(.27 mol) that were produced what are the total number of moles of C atoms?

Explain density equal to the salt water : must inflate the balloon to what diameter for it to have a density equal to the salt water, and therefore float in the middle of the tank?

Describe how value-at-risk -var is used : Describe how Value-at-Risk (VAR) is used as a tool to assist management with achieving its overall strategic financial goals?

State what is the likely molecular formula for the compound : The boiling point of another member of this homologous series was found to be 309 . What is the likely molecular formula for this compound

Equation for the reaction between the iodide ion a peroxide : write a balanced equation for the reaction between the iodide ion, a peroxide, and the hydrogen ion.

Compute the concentrations of nitrogen : Use the ideal gas law to calculate the concentrations of nitrogen and oxygen present in air at a pressure of 1.0 and a temperature of 298 .

User Account

All Pages