Key to the Problems in Averys School Physics
Key to the Problems in Averys School Physics
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(c) 600 cu. Cm. -f- 10. 9 = 55+ cu. Cm.
17. The simple question is, " How much does that stone weigh in water ? " 156 2. 5 = . -. W' = 1801bs. 300 - w' 18. An equal bulk of water weighs 1, 000 g.
870 g. -=- 1, 000 g. = 0. 87, the density of the turpentine.
19. The volume of the fragments was 1, 000 cu. Cm. - 675 cu. Cm. = 325 cu. Cm. The fragments weighed 1, 487. 5 g. 675 g. = 812. 5 g. An equal bulk of water would weigh 325 g.
812. 5 g, 325 g. = 2. 5, the density of the mineral.
48 KEY TO THE ...PROBLEMS 20. The 800 cu. Cm. Of water weigh 800 g. The 200 cu. Cm. Of sand weigh 1, 350 g. - 800 g. = 550 g. An equal bulk of water weighs 200 g. 550 g. -- 200 g. = 2. 75, the density of the sand.
21. 1?OOQ ~ 4Q = 8, the density of the brass. 157.
22. + ' =1. 8, the density of the acid. See 160 (3). ZjUUU -f~ ijuuu 23. The given body weighs 10 g. It displaces 2. 5 g. Of water (an equal bulk of water weighs 2. 5 g. ).
10 g. -r- 2. 5 g. = 4, the density.
24. The coal would weigh 2. 4 times as much as a cubic foot of water or (62.
What to read after Key to the Problems in Averys School Physics?
You can find similar books in the "Read Also" column, or choose other free books by Elroy Mckendree Avery to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
(c) 600 cu. Cm. -f- 10. 9 = 55+ cu. Cm.
17. The simple question is, " How much does that stone weigh in water ? " 156 2. 5 = . -. W' = 1801bs. 300 - w' 18. An equal bulk of water weighs 1, 000 g.
870 g. -=- 1, 000 g. = 0. 87, the density of the turpentine.
19. The volume of the fragments was 1, 000 cu. Cm. - 675 cu. Cm. = 325 cu. Cm. The fragments weighed 1, 487. 5 g. 675 g. = 812. 5 g. An equal bulk of water would weigh 325 g.
812. 5 g, 325 g. = 2. 5, the density of the mineral.
48 KEY TO THE ...PROBLEMS 20. The 800 cu. Cm. Of water weigh 800 g. The 200 cu. Cm. Of sand weigh 1, 350 g. - 800 g. = 550 g. An equal bulk of water weighs 200 g. 550 g. -- 200 g. = 2. 75, the density of the sand.
21. 1?OOQ ~ 4Q = 8, the density of the brass. 157.
22. + ' =1. 8, the density of the acid. See 160 (3). ZjUUU -f~ ijuuu 23. The given body weighs 10 g. It displaces 2. 5 g. Of water (an equal bulk of water weighs 2. 5 g. ).
10 g. -r- 2. 5 g. = 4, the density.
24. The coal would weigh 2. 4 times as much as a cubic foot of water or (62.
What to read after Key to the Problems in Averys School Physics?
You can find similar books in the "Read Also" column, or choose other free books by Elroy Mckendree Avery to read onlineMoreLess
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