To warm 2.0 l of tea (d = 1.01 g/ml; sp. heat = a cook places a 500 g block of stone at a temperature of 200f into the teapot. assuming that the tea was initially at 72f, what is the final temperature of the tea in f?

a. 33

b. 91

c. 110

d. 140

e. 200

Question

Brian Richmond

Physics

9 December, 22:42

To warm 2.0 l of tea (d = 1.01 g/ml; sp. heat = a cook places a 500 g block of stone at a temperature of 200f into the teapot. assuming that the tea was initially at 72f, what is the final temperature of the tea in f?

a. 33

b. 91

c. 110

d. 140

e. 200

+1

Answers (1)

Know the Answer?

Maci Cervantes · Answer 1

Volume of tea V = 2.0L = 2000 mL density d = 1.01 g / mL mass of tea m = V * d = 2000mL * 1.01g/mL = 2020 gWhen we assume that the tea was initially at 72, the final temperature of the tea in F is 91.

The answer in this question is B. 91

To warm 2.0 l of tea (d = 1.01 g/ml; sp. heat = a cook places a 500 g block of stone at a temperature of 200f into the teapot. assuming that the tea was initially at 72f, what is the final temperature of the tea in f?a. 33b. 91c. 110d. 140e. 200

To warm 2.0 l of tea (d = 1.01 g/ml; sp. heat = a cook places a 500 g block of stone at a temperature of 200f into the teapot. assuming that the tea was initially at 72f, what is the final temperature of the tea in f?

a. 33

b. 91

c. 110

d. 140

e. 200