Drag the tiles to the boxes to form correct pairs. (please help)
Match the pairs of equivalent expressions.

Answer:
Step-by-step explanation:
1). [tex](4t-\frac{8}{5})-(3-\frac{4}{3}t)=(4t+\frac{4}{3}t)+(-\frac{8}{5}-3)[/tex]
[tex]=(\frac{12}{3}t+\frac{4}{3}t)-(\frac{8}{5}+\frac{15}{5})[/tex]
[tex]=\frac{16}{3}t-\frac{23}{5}[/tex]
2). 7t - 22
3). 5(2t + 1) + (-7t + 28) = 10t + 5 - 7t + 28
= (10t - 7t) + 33
= 3t + 33
4). [tex]\frac{16}{3}t-\frac{23}{5}[/tex]
5). [tex](-\frac{9}{2}t+3)+(\frac{7}{4}t+33)=(-\frac{9}{2}t+\frac{7}{4}t)+(3+33)[/tex]
[tex]=(-\frac{18}{4}t+\frac{7}{4}t)+36[/tex]
[tex]=(\frac{-18+7}{4})t+36[/tex]
[tex]=-\frac{11}{4}t+36[/tex]
6). [tex]-\frac{11}{4}t+36[/tex]
7). 3(3t - 4) - (2t + 10) = 9t - 12 - 2t - 10
= (9t - 2t) - ( 12 + 10)
= 7t - 22
8). 3t + 33
Therefore, equivalent expressions are,
a). [tex](4t-\frac{8}{5})-(3-\frac{4}{3}t)=\frac{16}{3}t-\frac{23}{5}[/tex]
b). 7t - 22 = 3(3t - 4) - (2t + 10)
c). [tex](-\frac{9}{2}t+3)+(\frac{7}{4}t+33)=-\frac{11}{4}t+36[/tex]
d). 5(2t + 1) + (-7t + 28) = 3t + 33