Amount of time the two substances are in contact. area in contact between the two substances. amount of heat needed to raise the temperature one degree Celsiusof the material that makes up the substances. density of the two substances in contact.J
46 POINTS will mark brainliest if correct
The radius of Mercury's orbit is r = 5.79 x 1010 m and its orbital period is T=88 days. What is the
magnitude of the orbital velocity for the planet around the sun, assuming a circular orbit?
A.7.21 x 103 m/s
B.8.45* 104 m/s
C.4.79 x 104 m/s
D.5.32 x 104 m/s
Higher the mass will cause more friction which will make its temperature higher and it would also need more kinetic energy to move at a higher speed<span />
Answer:
co2 would be the best answer and because i just took this
Explanation:
Answer:
Explanation:
Capacitance C is given by
A= area of capacitor cross section
d= distance
therefore,
A_1= πR^2
d_1= d
A_= π(2R)^2
d_2 = 2d
threfore
and
also we know that E= V/d
⇒
⇒
= A_1/A_2= 
=4
therefore,
