A) V=lxwxh
V = 60.00 cm x 200.00 mm x 1 cm/10 mm x 200.00 m x 100 cm/m
V = 2.400 x 107 cm3
Answer is 2,400 x 107 cm3
(B) D = M/V
M = D x V = 1.00 g/cm3 x 2.400 x 107 cm3 = 2.40 x 107 g
Answer is 2.40 x 107 g
Answer:
I think it's C, I may be wrong though
Step-by-step explanation:
They’re not labeled so you can’t answer.
The largest square that can fit in a square of radius 3cm can have its diagonal length twice its radius.
But diagonal of a square is root square root of {2} x length of each side.
Hence from above, diagonal length is 6 cm and so, the side can be 3*(2^1/2)
So area of square is (3*(2^1/2))^2 = 18 cm^2
Answer: Mr. Parker can expect the trip to be at least 3 and a half hours
1 tennis racquet and 5 cans of tennis balls
at least 4 days
Step-by-step explanation:
300 - 55 = 245
3.25 x 5 = 16.25 43.75 + 16.25 = 60
40 / 12 = 3.3333333 So you can only visit 3 days with the daily pass before it cost 40 dollars
