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6. [-19.09 Points] DETAILS OSCOLPHYS2016 27.4.WA.021. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER Find the angle for the third-or

6. [-19.09 Points] DETAILS OSCOLPHYS2016 27.4.WA.021. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER Find the angle for the third-order maximum for 556 nm wavelength light falling on a diffraction grating having 1550 lines per centimeter. Additional Materials Reading

6. [-19.09 Points] DETAILS OSCOLPHYS2016 27.4.WA.021. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER Find the angle for the third-order maximum for 556 nm wavelength light falling on a diffraction grating having 1550 lines per centimeter. Additional Materials Reading

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23. A piece of solid copper with a mass of 20 g initially at 200 °C is placed inside one fully sealed calorimeter with 100 g of liquid water initially at 20°C. Both solid copper and liquid water exchange heat arriving at the equilibrium temperature of 23.2

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23. A piece of solid copper with a mass of 20 g initially at 200 °C is placed inside one fully sealed calorimeter with 100 g of liquid water initially at 20°C. Both solid copper and liquid water exchange heat arriving at the equilibrium temperature of 23.25 °C. Knowing that the specific heat capacity of liquid water is equal to 1 cal/g °C, calculate the specific heat capacity of the solid copper. A. 0.09194 cal/g °C B. 0.9194 cal/g °C C. 0.009194 cal/g °C D. Not enough given data to find out

x 1) A beam of mass 25.00kg and of length 2.500m is attached to a hinge. A load of 15.00kg is attached at the corner and a cable is also attached to the corner and attached to the wall, making an angle of 35.00 degrees. What is the tension in the cable? Wh

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x 1) A beam of mass 25.00kg and of length 2.500m is attached to a hinge. A load of 15.00kg is attached at the corner and a cable is also attached to the corner and attached to the wall, making an angle of 35.00 degrees. What is the tension in the cable? What is the magnitude of force exerted by hinge of the beam. T

A solid rod is held fixed at one end while an 8000 N force pulls on the other end. The rod is in the shape of a cylinder with a length of 3 meters and diameter 0.9 cm. The Young's modulus for the rod is 130 GN/m². (a) Calculate the pressure exerted o

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A solid rod is held fixed at one end while an 8000 N force pulls on the other end. The rod is in the shape of a cylinder with a length of 3 meters and diameter 0.9 cm. The Young's modulus for the rod is 130 GN/m². (a) Calculate the pressure exerted on the rod. (b) Calculate how much the rod will elongate as a result of the force. (c) If maximum distance the rod can stretch before breaking is 1 cm, calculate the maximum force that can be applied.