4c+2 = 3c+9 4c-3c = 9-2 c = 7
3c - 4d = 6d + 4c Subtract 4c from both sides: -c - 4d = 6d Add 4d to both sides: -c = 10d or c = - 10d
Gathering like terms together, this is equal to 5a + 3b + 7c.
To find the product of 4c and 3c, you multiply the coefficients (4 and 3) together to get 12. Then you multiply the variables (c and c) together to get c^2. Therefore, the result of 4c times 3c is 12c^2.
1st:-4c- 11- 4c=4c+12- 4c2nd:-8c- 11+ 11=21+ 113rd:-8c/-8+ 32/-8c=-4
4c+2 = 3c+9 4c-3c = 9-2 c = 7
3c-25=17-c 3c+c=25+17 4c=42 c=10.5
3c - 4d = 6d + 4c Subtract 4c from both sides: -c - 4d = 6d Add 4d to both sides: -c = 10d or c = - 10d
What is the question ?Are you looking for the one single value of ' c ' that makes the statement true ?You can find it like this:17 - 3c = 4c + 3Add 3c to each side:17 = 7c + 3Subtract 3 from each side:14 = 7cDivide each side by 7:2 = c
36-4c-3c=22 -7c=22-36 -7c=-14 therefore c=2
Gathering like terms together, this is equal to 5a + 3b + 7c.
The value of 'c' that makes the equation a true statement is the answer.Here's how to find it:Write the equation:3c - 15 = 17 - cAdd 'c' to each side:4c - 15 = 17Add 15 to each side:4c = 32Divide each side by 4:c = 8
No, 3c ( c ) = 4c
2c+4c-3c+5c = 6c +2c = 8c
That's going to depend on the values of 'a', 'b', 'c', and 'f'.
To find the product of 4c and 3c, you multiply the coefficients (4 and 3) together to get 12. Then you multiply the variables (c and c) together to get c^2. Therefore, the result of 4c times 3c is 12c^2.
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