Answer:
<h3>Examples of Good conductors of heat are, </h3>
Gold
Sliver
Copper
Mercury
brass
bronze
Lead
Aluminum
<h3>Uses of good conductors of heat </h3>
Used for making kettles
Used for making sauce pans
Refer to the diagram shown below.
In 2.4 hours, the distance traveled by the first airplane heading a 51.3° at 750 mph is
a = 750*2.4 = 1800 miles.
The second airplane travels
b = 620*2.4 = 1488 mile
The angle between the two airplanes is
163° - 51.3° = 111.7°
Let c = the distance between the two airplanes after 2.4 hours.
From the Law of Cosines, obtain
c² = a² + b² - 2ab cos(111.7°)
= 3.24 x 10⁶ + 2.2141 x 10⁶
c = 2335.41 miles
Answer: 2335.4 miles
Keeps everything in balance and keep's the oxygen in place here on earth
A lot of green house gases come from burning fossil fuels ( coal, petroleum)
green house gasses cause the greenhouse effect, which makes the earths surface warmer
Answer:
If the athlete speeds up between 2 points there is an increase of the athlete's "kinetic" energy
I guess this would imply a decrease in the athlete's chemical energy because the energy has to originate somewhere