Compute what the length of the rod

Assignment Help Physics

Reference no: EM13675001

The temperature of a 1 meter long aluminum rod is 20°C. If the temperature is increased to 70°C, determine the length of the rod, if the coefficient of linear expansion for aluminum is 2.3 x 10-5 °C.

Reference no: EM13675001

Questions Cloud

What was the original mass of the block of ice : A block of ice at 0°C is added to a 150 g aluminum calorimeter cup which holds 210 g of water at 12°C. If all however 2.0 g of ice melt, what was the original mass of the block of ice?

Calculate the temperature of the junction point : Rods of copper, brass, and steel are welded together to form a Y-Shaped figure. The cross-sectional area of each rod is 2 cm2. Calculate the temperature of the junction point

Decide forces that the moon and the sun exert on mass : Some people say that the tides on Earth are caused with the pull of the moon. Is this statement true? Which celestial body, the sun or the moon, has a greater pull on the waters of Earth? Decide the forces that the moon and the sun exert on a mass, m..

Find the net electric field both magnitude and direction : Two charges are located on the x axis. One of the charges (q1=+8.5µC) is at x1=+3.0 centimeter and the other (q2= -21µC) is at x1=+9.0 centimeter. Determine the net electric field both magnitude and direction at x= 0 cm

Compute what the length of the rod : The temperature of a 1 meter long aluminum rod is 20°C. If the temperature is increased to 70°C, determine the length of the rod

Force of gravitational attraction among you and earth : Suppose that you have a mass of 50.0 kg and Earth has a mass of 5.97 x 1024 kg. What is your weight? What is the force of gravitational attraction among you and Earth?

Find will the gap become wider or narrower : Assume you cut a small gap in a metal ring. If you heat the ring, find will the gap become wider or narrower

Obtain the rate of flow through the hose : Water flows through a 13.0 centimeter diameter fire hose at a rate of 4.53 m/s. Obtain the rate of flow through the hose

Discover the force of attraction between them : An apparatus like the one Cavendish utilized to find G has a large lead ball that is 5.9 kg in mass and a small one that is 0.047 kg. Their centers are separated with 0.055 m. Discover the force of attraction between them?

User Account

All Pages