Your 300 mL cup of coffee is too hot to drink when served at 93 Part...

Question

Question

Answer 1

Answer #1

Coffee = 300 mL = 300g - 0.3kg Ti= 93c, Tg = 65 c. C= 419.J/kg.k for ice cube, Ti= -18°C TE= 6.50 C. 2090 J/kg.k Heat that Co

Answer 2

Similar Homework Help Questions

Review Constants Periodic Your 300 mL cup of coffee is too hot to drink when served...

Review Constants Periodic Your 300 mL cup of coffee is too hot to drink when served at 95 °C Part A What is the mass of an ice cube, taken from a -15 °C freezer, that will cool your coffee to a pleasant 55°C? Express your answer in grams. ΟΙ ΑΣφ ? 0.187 Submit Previous Answers Request Answer
Your 300mL cup of coffee is too hot to drink when served at 95.0∘C. What is...

Your 300mL cup of coffee is too hot to drink when served at 95.0∘C. What is the mass of an ice cube, taken from a -17.0∘C freezer, that will cool your coffee to a pleasant 56.0∘?
Your 300mL cup of coffee is too hot to drink when served at 86.0 ∘C. What...

Your 300mL cup of coffee is too hot to drink when served at 86.0 ∘C. What is the mass of an ice cube, taken from a -23.0 ∘C freezer, that will cool your coffee to a pleasant 61.0 ∘?

Your 235 mL cup of coffee is too hot to drink when served at 88°C. What...

Your 235 mL cup of coffee is too hot to drink when served at 88°C. What is the mass of an ice cube, taken from a -24°C freezer, that will cool your coffee to a pleasant 50°C? Specific heat of the water is 4190 J/kg·°C, specific heat of the ice is 2090 J/kg·°C, heat of fusion of ice is 3.33×105 J/kg.
Your 300mL cup of coffee is too hot to drink when served at 88.0 ∘C. What is the mass of an ice cube, taken from a -16.0 ∘C freezer, that will cool your coffee to a pleasant 56.0 ∘? Please show all wo...

Your 300mL cup of coffee is too hot to drink when served at 88.0 ∘C. What is the mass of an ice cube, taken from a -16.0 ∘C freezer, that will cool your coffee to a pleasant 56.0 ∘? Please show all work!
Your 300 mL cup of coffee is too hot to drink when served at 88.0 C.

What is the mass of an ice cube, taken from a -15.0 C freezer, that will cool your coffee to a pleasant 65.0 C?

Brewed coffee is often too hot to drink right away. You can cool it with an...

Brewed coffee is often too hot to drink right away. You can cool it with an ice cube, but this dilutes it. Or you can buy a device that will cool your coffee without dilution - a 230 g aluminum cylinder that you take from your freezer and place in a mug of hot coffee. If the cylinder is cooled to -20 celsius degrees, a typical freezer temperature, and then dropped into a large cup of coffee (essentially water, with...
Brewed coffee is often too hot to drink right away. You can cool it with an...

Brewed coffee is often too hot to drink right away. You can cool it with an ice cube, but this dilutes it. Or you can buy a device that will cool your coffee without dilution - a 220 g aluminum cylinder that you take from your freezer and place in a mug of hot coffee. If the cylinder is cooled to -20∘C, a typical freezer temperature, and then dropped into a large cup of coffee (essentially water, with a mass...
Brewed coffee is often too hot to drink right away. You can cool it with an...

Brewed coffee is often too hot to drink right away. You can cool it with an ice cube, but this dilutes it. Or you can buy a device that will cool your coffee without dilution - a 250 g aluminum cylinder that you take from your freezer and place in a mug of hot coffee. If the cylinder is cooled to -20∘C , a typical freezer temperature, and then dropped into a large cup of coffee (essentially water, with a...

1)Brewed coffee is often too hot to drink right away. You can cool it with an...

1)Brewed coffee is often too hot to drink right away. You can cool it with an ice cube, but this dilutes it. Or you can buy a device that will cool your coffee without dilution - a 200 aluminum cylinder that you take from your freezer and place in a mug of hot coffee. q)If the cylinder is cooled to -20C, a typical freezer temperature, and then dropped into a large cup of coffee (essentially water, with a mass of...