use the data in the table to calculate the relative atomic mass of titanium correct to two decimal places. *…

use the data in the table to calculate the relative atomic mass of titanium correct to two decimal places. * (0.5 points)\n\nisotope\tabundance (%)\ntitanium - 46\t8.25\ntitanium - 47\t7.44\ntitanium - 48\t73.72\ntitanium - 49\t5.41\ntitanium - 50\t5.18\n\nenter your answer\n\n4\nisotopes of the same element have identical ______(a)______ properties but different ______(b)______ properties. * (0.5 points)\nwhat is the best word for (a)

use the data in the table to calculate the relative atomic mass of titanium correct to two decimal places. * (0.5 points)\n\nisotope\tabundance (%)\ntitanium - 46\t8.25\ntitanium - 47\t7.44\ntitanium - 48\t73.72\ntitanium - 49\t5.41\ntitanium - 50\t5.18\n\nenter your answer\n\n4\nisotopes of the same element have identical ______(a)______ properties but different ______(b)______ properties. * (0.5 points)\nwhat is the best word for (a)

Answer

Explanation:

Step1: Multiply isotope mass by abundance

$46\times0.0825 + 47\times0.0744+48\times0.7372 + 49\times0.0541+50\times0.0518$

Step2: Calculate the sum

$3.795+3.4968 + 35.3856+2.6509+2.59$ $=47.9183$

Answer:

$47.92$