Find the final temperature of the ball

Reference no: EM13558957

A copper ball with a radius of 1.1 cm is heated until its diameter has increasedby 0.23 mm. Assuming a roomtemperature of 22°C, find the final temperature of the ball.

Reference no: EM13558957

Questions Cloud

Estimate what must its energy be : An electron approaches a potential barrier10 eV high and 0.30 nm wide. If the electron has a 2.0 percentprobability of tunneling through the barrier, what must its energy be

Define the density of gaseous mercury : Give a nanoscale interpretation of the fact that at the melting point the density of solid mercury is greater than the density of liquid mercury, and at the boiling point the density of liquid mercury is great than the density of gaseous mercury.

What is its thermal efficiency : The energy absorbed by an engine is seven times greater than the work it performs. What is its thermal efficiency

Explain quantum dots are unique class of semiconductor : Quantum dots are unique class of semiconductor because they are so small, ranging from 2-10 nanometers in diameter. The size of pencil lead in a mechanical pencil is 0.0197 inches.

Find the final temperature of the ball : A copper ball with a radius of 1.1 cm is heated until its diameter has increasedby 0.23 mm. Assuming a roomtemperature of 22°C, find the final temperature of the ball

Find at what rate will heat be transferred between it ends : A cylinderical shaped metal rod is used to conduct heat. Whenthe temperature at one end is 100 degree Celsius and at the otherend is 20 degree Celsius, at what rate will heat be transferred between it ends

What is the actual depth of the benzene : A tank contains benzene, which has index of refraction1.50. A dime is on the botton of the tank. What is the actual depth of the benzene

What is his pitching speed problem : A baseball player friend of yours wants to determine his pitchingspeed. You have him stand on a ledge and throw the ballhorizontally from an elevation 7.00 m above the ground. The ball lands 30.0 m away.

Find where is the image of the object now : When an objectis placed 132cm from diverging thin lens, itsimage is found to be 66 cm from the lens. find Where is the image of the object now

User Account

All Pages