Answer:
affected by the concentration of the The exponents in a rate-law expression define the reactant. O concentration o instantaneous rate O specific rate constant
Explanation:
Answer:
Average atomic mass of X is 10.2 amu.
Explanation:
Given data:
Percentage abundance of X-10 = 80%
Percentage abundance of X-11 = 20%
Average atomic mass of X = ?
Solution:
Average atomic mass of X = (abundance of 1st isotope × its atomic mass) +(abundance of 2nd isotope × its atomic mass) / 100
Average atomic mass of \X = (80×10)+(20×11) /100
Average atomic mass of X = 800 + 220 / 100
Average atomic mass of \X = 1020 / 100
Average atomic mass of X = 10.2 amu
Friction and gravity (both a function of weight and structure) will always stop an object. Assuming it’s a smooth ball those would be the two primary slowing components assuming no outside force such as like a bat hitting it :)