(7 + 8)/3 = t Therefore, t = 5.
If: 7+t = 11 Then: t = 11-7 So: t = 4
3
Let's break it down, friend. First, we solve the equation 3t - 7 = 5. Add 7 to both sides to isolate 3t, giving us 3t = 12. Now, to find t, we divide both sides by 3, so t = 4. Lastly, if 6t equals something, you can substitute t with 4 to find the value of 6t.
t = 4/5
(7 + 8)/3 = t Therefore, t = 5.
If: 7+t = 11 Then: t = 11-7 So: t = 4
3
3
Let's break it down, friend. First, we solve the equation 3t - 7 = 5. Add 7 to both sides to isolate 3t, giving us 3t = 12. Now, to find t, we divide both sides by 3, so t = 4. Lastly, if 6t equals something, you can substitute t with 4 to find the value of 6t.
t = 4/5
9 = T+4Take 4 from both sides9(-4) = T(-4)5=T:)
The incenter is the intersection of the interior angle bisectors.
t would be -5. How I solved this: = 3_t_ + 7 = -8 = 3_t =_ -8 - 7 = 3_t_ = -15 = t = -15/3 = t = -5
3t + 7 = 2t - 5 3t = 2t - 12 t = -12
To evaluate t-7 over w for t equals -3 and w equals -2, we substitute -3 for t and -2 for w in the expression. This gives us (-3) - 7 over (-2), which simplifies to -10 over -2. Further simplifying, we get 5 as the final result.
T = 3x + 7y; x = 4; y = 6T = 3x + 7y (substitute 4 for x, and 6 for y)T = 3(4) + 7(6) = 12 + 42 = 54