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Oksana_A [137]
3 years ago
12

Some of the interrelated factors which affect polar ice are:

Chemistry
2 answers:
inna [77]3 years ago
4 0
Green house gases and cars? sorry i'm not sure
shepuryov [24]3 years ago
4 0

Some of the interrelated factor in which affects the polar ice are the amount of the ice being melted contributes to the melting rate and the amount of heat being transferred to the polar ice also helps.

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Any solution to the problem
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the first one

Explanation:

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Use the E0 values of the following elements: Zn, Cu, Pb, and Al.
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B is the correct answer

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Which of the following is not a type of energy
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The atomic masses of 151eu and 153eu are 150.919860 and 152.921243 amu, respectively. The average atomic mass of europium is 151
vitfil [10]

Answer:-  The natural abundance of ^1^5^1_E_u is 0.478 or 47.8% and ^1^5^3_E_u is 0.522 or 52.2% .

Solution:- Average atomic mass of an element is calculated from the atomic masses of it's isotopes and their abundances using the formula:

Average atomic mass = mass of first isotope(abundance) + mass of second isotope(abundance)

We have been given with atomic masses for ^1^5^1_E_u and ^1^5^3_E_u as 150.919860 and 152.921243 amu, respectively.  Average atomic mass of Eu is 151.964 amu.

Sum of natural abundances of isotopes of an element is always 1. If we assume the abundance of ^1^5^1_E_u as n then the abundance of ^1^5^3_E_u would be 1-n .

Let's plug in the values in the formula:

151.964=150.919860(n)+152.921243(1-n)

151.964=150.919860n+152.921243-152.921243n

on keeping similar terms on same side:

151.964-152.921243=150.919860n-152.921243n

-0.957243=-2.001383n

negative sign is on both sides so it is canceled:

0.957243=2.001383n

n=\frac{0.957243}{2.001383}

n=0.478

The abundance of ^1^5^1_E_u is 0.478 which is 47.8%.  

The abundance of ^1^5^3_E_u is = 1-0.478

= 0.522 which is 52.2%

Hence, the natural abundance of ^1^5^1_E_u is 0.478 or 47.8% and ^1^5^3_E_u is 0.522 or 52.2% .


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3 years ago
How many moles are in 64.8 g of ZnCl ?
ivann1987 [24]

Answer:

at least 1

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