1) the mass of an object gives gravity, the more massive an object is the more gravity it has on the things around it
2)the earth's mass is so much greater than our own that we feel it's gravity stronger than say the moon which has a smaller mass than the earth
3) mass and how far away you are from the object
4)as mass increases so does gravity (sorry I do not remeber the equation but there are some specific ones for different situations between two massive objects)
5) when distance increases, gravity decreases (again I do not remeber by how much)
Answer:
C. L mol-1 s-1.
Explanation:
Hello,
In this case, a rate law has the following general form:
Whereas r accounts for the rate measured in M/s units, k is the rate constant whose units depends on the order of the reaction, C the concentration of the species in M units, contributing to the rate and x the order of the reaction.
In such a way, since in this case x equals two (second-order rate), the units of k turns out:
Which matches with C. L mol-1 s-1.
Best regards.
Answer:
Answer:
all but the value of work
Explanation:
there is mercy in rules and laws that is way we have a legal system
there is mercy between humans and animals that's why we have shelters, preserves and get clinics
there is mercy in the civilized and primitive like teaching people to read of gorillas sign language.
but no mercy in work value as they say world of business is a cut throat place.
The full question is:
<span>Which of the following statements are true about measurements and units?
A. The SI Unit is used by scientists all over the world.
B. The unit of mass in the SI system is the kilogram.
C. Measurements do not need to include units.
D. The English system of measurements is based off of the powers of ten.</span>
The correct answer is A. The SI Unit is used by scientists all over the world. <span>The <span>International System of Units is the metric system which consists of units of measurement. There are 7 main units: ampere, Kelvin, second, meter, kilogram, candela, mole and 22 derived units.</span></span>
I believe it is covalent bonds not 100% sure
