State centigrad and fahrenheit are both immersed in a fluid

Reference no: EM13649551

A centigrad and fahrenheit are both immersed in a fluid, and the numerical value recorded on both thermometers is same. determine the temerature of the fluid expressed as K and R and also find that identica shown by thermometers.

Reference no: EM13649551

Questions Cloud

Find at what angle are the planes wings from horizontal : an airplane is traveling at 300 m/s making a circular turn withradius of 600 m. At what angle are the plane's wings from horizontal if the only force is perpendicular to the wing surfaces

State the name of the compounds under them : Complete the following reactions drawing structural formulas. Write the name of the compounds under them. a. cycloheptene + CH3COOOH -? syn or anti addition

What is the total number of revolutions the wheel rotates : A wheel of diameter of 68.0 cm slows down uniformly from 8.40 m/sto rest over a distance of 115 m. What is the total number of revolutions the wheel rotates in coming to rest

Explain the methane molecule is sp3 hybridized : Which is the more correct statement: "The methane molecule (CH4) is a tetrahedral molecule because it is sp3 hybridized" or "the methane molecule is sp3 hybridized because it is a tetrahedral molecule"

State centigrad and fahrenheit are both immersed in a fluid : A centigrad and fahrenheit are both immersed in a fluid, and the numerical value recorded on both thermometers is same. determine the temerature of the fluid expressed as K and R and also find that identica shown by thermometers.

Estimate what is the change in the electrons energy : An electron is in a certain energy state in a one-dimensional,infinite potential well from x = 0 to x =L = 250 pm. What is the change in the electron's energy

What frequency note does the trumpeter hear her self playing : A railroad flat car carrying a trumpet player is rolling toward youat 15m/s. You are stationary. What frequency note does the trumpeter hear her self playing

Explain what was the concentration of the original solution : A 15.00 mL solution of KNO3 was diluted to 125.00 mL. 25.00 mL of this solution was then diluted to 1.00L. The concentration of the final solution is 0.00383M. What was the concentration of the original solution

How to compute the molarity of the naoh solution : It was completely dissolved in about 60mL of water and titrated with a NaOH solution; 15.7 ml of the NaOH solution was required to neutralize the HCL. Calculate the molarity of the NaOH solution.

User Account

All Pages