0
You can easily factor this:
2x2 + 3x = 0
x(2x + 3) = 0
Separate this into two equations, one for each solution:
x = 0
2x + 3 = 0
2x = -3
x = -3/2
So the two solutions are 0, and -3/2.
You can easily factor this:
2x2 + 3x = 0
x(2x + 3) = 0
Separate this into two equations, one for each solution:
x = 0
2x + 3 = 0
2x = -3
x = -3/2
So the two solutions are 0, and -3/2.
You can easily factor this:
2x2 + 3x = 0
x(2x + 3) = 0
Separate this into two equations, one for each solution:
x = 0
2x + 3 = 0
2x = -3
x = -3/2
So the two solutions are 0, and -3/2.
You can easily factor this:
2x2 + 3x = 0
x(2x + 3) = 0
Separate this into two equations, one for each solution:
x = 0
2x + 3 = 0
2x = -3
x = -3/2
So the two solutions are 0, and -3/2.
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ROUND OFF 8.7g plus 15.43g plus 19g equals 43.13g?
86.26- Nearest hundredth.86.3- Nearest tenth.86- Nearest whole number.
How do you Round 0.164 to the nearest hundredth?
0.164 is zero plus 1 tenth plus 6 hundredths plus ... So, rounded to the nearest hundredth, the number is 0.16
What is 23.15 plus 45.78 to the nearest hundredth?
23.15 + 45.78 = 68.93 That is already at the nearest hundredth, so it does not need any further rounding.
Add the decimals Round your answer to the nearest thousandth 73.4581 plus 2.0033?
75.461
What is 5 plus 6 equals plus 9?
It's an incorrect statement. 5 plus 6 equals plus 11. Also, pi R round, cornbread R2 .
ROUND OFF 8.7g plus 15.43g plus 19g equals 43.13g?
86.26- Nearest hundredth.86.3- Nearest tenth.86- Nearest whole number.
How do you Round 0.164 to the nearest hundredth?
0.164 is zero plus 1 tenth plus 6 hundredths plus ... So, rounded to the nearest hundredth, the number is 0.16
S equals C plus M C equals 14 M equals - 2.50 find the value of the variable that is not given Round to the nearest hundredth if applicable?
16.5
How do you round off a double value in c plus plus?
To round off to the nearest integer... double a = {some value}; a = (int) (a + 0.5); To round off to the nearest hundredth... double a = {some value}; a = (int) (a * 100. + 0.5) / 100.; These are just two examples.
What is the sum of the roots of the equation 2x2-13x plus 17 equals 0?
6.50 to the nearest hundredth (4.685 & 1.815)
What is 23.15 plus 45.78 to the nearest hundredth?
23.15 + 45.78 = 68.93 That is already at the nearest hundredth, so it does not need any further rounding.
What are the solutions to x squared minus twelve x plus sixteen equals zero?
Quadratic formula gives roots as 1.53 and 10.47 (to nearest hundredth.)
What is the difference in what you have to do for rounding and estimating?
Estimating is just an educated guess. For example, if you have to solve the problem 102.17 plus 266.18, you would make an educated guess. An educated guess would be 100+ 270 which equals 370. When you are rounding, you will usually get instructions to round a certain number. It is knowing the exact value, but finding the nearest whole number. For example: Round to the nearest hundredth 4.6781 If you are rounding to the nearest hundredth, you are trying to round the number 8, since it is in the hundredths spot. To round 8, look at 1. Is it greater than 5? If the number is greater than 5, round the number up by 1. If the number is smaller than 5, the number remains the same.
What is 8.64202 plus 3.328 rounded to the nearest hundredth?
8.64
How would you round the numbers in the equation 9.5 plus 4.7 plus 3.2 plus 7.5 equals x to the nearest whole number without over or under estimating?
You cannot.
0.52 plus 14x plus 10 round to nearest integer?
14x + 11
What are the solutions to x squared plus 10x plus 25 equals 8?
This simplifies to x2 + 10x + 17 = 0 which has no solution in integers. Quadratic formula gives roots as -2.17 and -7.83 to the nearest hundredth. If the original equation had been "equals 0" rather than "equals 8", there would have been only one root: x = -5
