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What does this equal 6z plus 28 equals 12z plus 10?
6z + 28 = 12z + 10 18 = 6z 3 = z
Does 0 equals 0 have infinite solutions?
6z - 3 = 0
6z plus 28 equals 12z plus 10?
6z+28=12z+10 6z-12z=10-28 addition property of equality. -6z=-18 simplification z=3 multiplication property of equality.
How do you solve the equation 6z-8-2 plus 3 equals 0?
6z - 8 - 2 + 3 = 0 combining all the constant terms: 6z -7 = 0 adding 7 to both sides: 6z = 7 dividing both sides by 6: z = 7/6
Solve the equation z2 plus 6z plus 24 equals 0?
2z+6z+24=0 8z+24=0 8z= -24 z= - 3
-3 X -2Z - 7 equals?
(-3) x (-2z - 7) = 6z + 21 = 3 (2z + 7)
- 47 plus 6z equals 3z - 2 what does z equal?
-47 + 6z = 3z-2-3z -3z-47 + 3z = -2+47 +473z = 45/3 /3z = 15
3x plus 4y plus 6z equals 12?
Is an equation of a straight line in 3 dimensions. It cannot be simplified further, and a solution for any of the variables requires another two [independent] equations.
What times 33 equals 99?
3 times 33 equals 99.
What are 99 eighths worth?
Ninety-nine eighths can be expressed as a fraction: ( \frac{99}{8} ). When you divide 99 by 8, it equals 12 with a remainder of 3, so ( 99 \div 8 = 12 \frac{3}{8} ) or 12.375 in decimal form. Therefore, 99 eighths is worth 12 and three-eighths, or 12.375.
What is the ordered triples where the plane cuts the y-axis for this equation 3x plus 4y plus 6z equals 12?
To find the ordered triple where the plane defined by the equation (3x + 4y + 6z = 12) cuts the y-axis, we set (x = 0) and (z = 0). Substituting these values into the equation gives (4y = 12), resulting in (y = 3). Therefore, the ordered triple where the plane intersects the y-axis is ((0, 3, 0)).
What equals 99 using times?
1 x 99, 3 x 33, 9 x 11, 11 x 9, 33 x 3, 99 x 1
