Answer:
Mass of the cat = 16800kg
Step-by-step explanation:
The volume of the box = its length * its breath * its height- 4m × 3m × 2m = 24
The standard density of water is 1000 Kg/
By Archimedes principle, the mass of a body floating body is equivalent to the mass of the volume liquid displaced
in this case we have
Mass of water displaced = Density of the water × Volume of the water displaced = 1000 Kg/ × 24 = 24000kg
The mass of the box = Box density × Box volume = 24 × 300kg/ = 7200 kg Hence the mass of water displaced = mass of the foating box + mass of th cat
24000kg = mass of cat +7200kg
mass of cat = 24000kg - 7200kg = 16800kg
Answer:
C. 2.865
Step-by-step explanation:
All you have to do in this situation is to subtract the amount he ran two weeks ago by the amount Thomas ran last week. It would look like so,
38.074 - 35.209
And once you do that you get the answer of 2.865
Hope that helps and have a great day!
Answer:
|-8|, |6|, |5|, |-1|
Step-by-step explanation:
Anything in an absolute value becomes positive, so this is what it becomes.
8, 6, 5, 1
It is a because you have to multiply the answer tightened and get your answer
Speed.
In equation form, speed is:
v+=+d%2Ft
if the time when airplane travels with the wind is t1 and the time when airplane travels against the wind is t2, we are given that t1=t2...we will use t
so, if it travels 3699 miles with the wind and has a speed of 380+mph, we have
380+mph+=+3699m%2Ft ....now calculate the time t
380+mph+%2At=+3699m
+t=+3699m%2F380+mph
+t=+3699cross%28m%29%2F380cross%28m%2Fh%29
+t=+%283699%2F380%29h
+t=+9.7h.....now we know the time and we can plug it in formula for speed against wind where d=3141m using same time
v+=+3141m%2F9.7h
highlight%28v+=+323.8mph%29 .........your answer
