if x=3t-6, determine the value of x by substituting the value of t given
t-1-2-5-12
x- - - -
To determine the value of x by substituting the given values of t, we substitute t = -1, t = 2, t = 5, and t = 12 into the equation x = 3t - 6.
For t = -1:
x = 3(-1) - 6
x = -3 - 6
x = -9
For t = 2:
x = 3(2) - 6
x = 6 - 6
x = 0
For t = 5:
x = 3(5) - 6
x = 15 - 6
x = 9
For t = 12:
x = 3(12) - 6
x = 36 - 6
x = 30
Therefore, the values of x when substituting the given values of t are:
t | x
---------------
-1 | -9
2 | 0
5 | 9
12 | 30
by substituting the value of t given
t|1|2|5|12
x| | | |
To determine the value of x by substituting the given values of t, we substitute t = 1, t = 2, t = 5, and t = 12 into the equation x = 3t - 6.
For t = 1:
x = 3(1) - 6
x = 3 - 6
x = -3
For t = 2:
x = 3(2) - 6
x = 6 - 6
x = 0
For t = 5:
x = 3(5) - 6
x = 15 - 6
x = 9
For t = 12:
x = 3(12) - 6
x = 36 - 6
x = 30
Therefore, the values of x when substituting the given values of t are:
t | x
---------------
1 | -3
2 | 0
5 | 9
12 | 30
calculate the c=value of l by substituting the given value of the pronumeral into the formular l=2(d+2)-3
a. d=3
b. d=0
c. d=7
d. d=31
To calculate the value of l by substituting the given values of d into the formula l = 2(d+2) - 3, we substitute d = 3, d = 0, d = 7, and d = 31.
a. For d = 3:
l = 2(3+2) - 3
l = 2(5) - 3
l = 10 - 3
l = 7
b. For d = 0:
l = 2(0+2) - 3
l = 2(2) - 3
l = 4 - 3
l = 1
c. For d = 7:
l = 2(7+2) - 3
l = 2(9) - 3
l = 18 - 3
l = 15
d. For d = 31:
l = 2(31+2) - 3
l = 2(33) - 3
l = 66 - 3
l = 63
Therefore, the values of l when substituting the given values of d are:
d | l
---------------
3 | 7
0 | 1
7 | 15
31 | 63
To determine the value of x by substituting the value of t, we substitute each given value of t into the equation x = 3t - 6.
For t = -1:
x = 3(-1) - 6
x = -3 - 6
x = -9
For t = 2:
x = 3(2) - 6
x = 6 - 6
x = 0
For t = 5:
x = 3(5) - 6
x = 15 - 6
x = 9
For t = 12:
x = 3(12) - 6
x = 36 - 6
x = 30
So, the values of x when t = -1, 2, 5, and 12 are -9, 0, 9, and 30 respectively.
To determine the value of x by substituting the given values of t, we can substitute each value of t into the given equation and solve for x.
Given: x = 3t - 6
1. Substituting t = -1:
x = 3(-1) - 6
x = -3 - 6
x = -9
2. Substituting t = 2:
x = 3(2) - 6
x = 6 - 6
x = 0
3. Substituting t = 5:
x = 3(5) - 6
x = 15 - 6
x = 9
4. Substituting t = 12:
x = 3(12) - 6
x = 36 - 6
x = 30
Therefore, by substituting the values of t as given, we have the corresponding values of x:
x = -9 when t = -1
x = 0 when t = 2
x = 9 when t = 5
x = 30 when t = 12