1. condensation
2. freezing
3. gas particles
4. moth balls
5. leave liquid
6. reacting
7. state of matter
8. sublimation
______________________________
1. temperature
2. increasing heat
3. its temperature begins rising from -20 C
4. it stops rising and stays steady at 0 C; the ice is using the
added heat to change state, melt, and turn to liquid
5. between 0 C and 100 C
6. it stops rising and stays steady at 100 C; it's being absorbed
by the water, and the water is using it to change state, evaporate,
and turn to gas
7. the heat is making the molecules move around easier
Answer:
the answer is A hope thats help
Explanation:
Answer:
1.82
Explanation:
The mechanical advantage of a simple machine is the ratio between the output force (load) and the input force (effort).
For a perfect wedge (efficiency of 100%), the mechanical advantage is also given by:
where:
L is the length of the slope
w is the width of the wedge
For the wedge in this problem, we have:
L = 5.1 cm is the slope length
w = 2.8 cm is the width
Therefore, the mechanical advantage is:
You could put it in two terms.
Rebellion- rebelling, or acting against, someone's orders or actions.
Disobedience- the opposite of obidience; not following the rules; breaking the law.
It has been known that the discovery of machines have been one of the most beneficial inventions of all time. These simple machines include levers, wheels gears, pulleys and wedges. Among these machines, lever is more likely confused and associated with hydraulics. To differentiate the two; a lever is machine that has inverse effect of one side when a force is applied on the other side, for example a seesaw. While hydraulic machine is quite more complicated than the aforementioned machines and uses liquid power to do simple work like that of an excavator.