Step-by-step explanation:
What is the molar mass of an element?
the total number of particles in one gram of the element
the mass of 6.02 x 1023 representative particles of the element
the number of amus (atomic mass units) in 6.02 x 1023 moles of the element
1.0 gram divided by the atomic weight of the element
Answer:
Step-by-step explanation:
P(200<X<275)
P(200-200/50 <X< 275-200/50)
P(0/50 <X< 75/50)
P(0<X<1.5)
P(X<1.5) -P(X>0)
0.9332-0.5 = 0.4332
7. y = 1, AB = 1, BD = 10 and AD = 11
8. x = 5, AB = 20 and BC = 20
9. x= 5 and AB = 33
10. No, because AC = 12.5 while AB + BC = 20 (they should equal the same and they don't.)
I'm pretty sure it is 155
