Explain what was the strength of the original hbr solution

Assignment Help Chemistry

Reference no: EM13528066

A 19.5 mL portion of an HBr solution of unknown strength is diluted to exactly 232 mL. If 120.4 mL of this diluted solution requires 77.8 mL of 0.36 M NaOH to achieve complete neutralization, what was the strength of the original HBr solution?

Reference no: EM13528066

Questions Cloud

Find how far does the cab move : A certain elevator cab has a total run of 201 m and a maximum speed is 315 m/min, How far does the cab move while accelerating to full speed from rest

Explain what volume must a solution of h2so4 : To what volume must a solution of 84.1 g H2SO4 in 534.7 mL of solution be diluted to give a 0.41 M solution

Determine how far has it gone : A car starts from rest and travels for 6.0 s with a uniform acceleration of +2.9 m/s2. How far has it gone

Create a sense of urgency and build a guiding coalition : Create a sense of Urgency, build a Guiding Coalition - Gain acceptance for the changes and workflow that users will need to make as they adapt to voice recognition dictation.

Explain what was the strength of the original hbr solution : A 19.5 mL portion of an HBr solution of unknown strength is diluted to exactly 232 mL. If 120.4 mL of this diluted solution requires 77.8 mL of 0.36 M NaOH to achieve complete neutralization, what was the strength of the original HBr solution

Find how far from the pivot on the right side : Two kids sit on a 3.0 meter long seesaw. Kid 1 is 50.0kg and kid 2 is 40.0kg. how far from the pivot on the right side should kid 1 sit to balance the seesaw

Find the force of friction between the crate and incline : A 20.0kg crate slides down a 29° incline at constant speed. What is the force of friction between the crate and incline

How much solution of silver nitrate should be used : A chemistry lab experiment requires 28.6 g of silver nitrate. How many grams of a 19.1% by mass solution of silver nitrate should be used

How would this affect the time constant : Consider the model of nerve conduction in myelinated axons presented in the chapter. How would this affect the time constant for the charging of one segment

User Account

All Pages