Mass = 0.201kg
Energy = 15J
temperature change = 10C
Energy(E) = mass(m) × specific heat capacity(c) × temperature change(θ)
we can rearrange this to make specific heat capacity the subject
c =
![\frac{E}{m\theta}](https://tex.z-dn.net/?f=%20%5Cfrac%7BE%7D%7Bm%5Ctheta%7D%20)
c =
![\frac{15}{2.01}](https://tex.z-dn.net/?f=%20%5Cfrac%7B15%7D%7B2.01%7D%20)
c =7.46268657
When Alana moving 19km/h, a stationary object will be perceived by her as moving toward her with 19km/h velocity. If the object is not stationary(velocity isn't zero), the speed will increase by the object velocity.
the relative speed of the tennis ball=
the speed of Alana + true speed of the tennis ball
19km/h+ 11km/h= 30km/h
Answer:
older plates that are subducting almost perpendicularly, and when the location is far away from the edge of other tectonic plates, are the most likely areas for copper deposits to form
Explanation:
Density is varying through the world’s oceans. The density of ocean water is not uniform.
Aside from Earth-quakes and volcanoes, a scientist noticed how all of the continents fit almost PERFECTLY together. And he used that as evidence to prove the theory of continental drift.
I hope this helps! :)