let n = first odd number; n + 2 = 2nd odd number ,etc.
n + n+2 + n+4 + n +6 = 4n + 12 = -72
4n = -84
n = -21
-21,-19,-17 and -15
The solution.
It is not possible to answer the question since no equation is given in the question: only an expression.
They are called the solutions or roots of the equations.
12, 10, 8 and 6 (in descending order).Let the highest number equal a.We are told that ab - cd = 72However, as the numbers are consecutive even integers we also know that:b = a - 2c = a - 4d = a - 6thus we can use this to write the above equation in terms of only one variable, a, as:(a * (a - 2)) - ((a-4) * (a-6)) = 72(a2 - 2a) - (a2 - 10a + 24) = 72 (Remember that as we expand the second bracket in the next step we will multiply each term by the minus outside the bracket giving:)a2 - 2a - a2 + 10a - 24 = 72 (Now we can continue to simplify to get:)8a - 24 = 728a = 96a = 12Once we have a value for "a" we have a value for all the variables:a = 12b = 10c = 8d = 6As a proof, if we wish, we can substitute these values back into the original equation to get:ab - cd = 72(12 * 10) - (8 * 6) = 72120 - 48 = 72.
There are none. The word "between" requires two values. There is only one in the question.There are none. The word "between" requires two values. There is only one in the question.There are none. The word "between" requires two values. There is only one in the question.There are none. The word "between" requires two values. There is only one in the question.
The largest possible values for the integers are 47, 49, and 51.
A discontinuous variable is a variable that has distinct categories. Blood type is a good example. You could be A, B, AB or O. This contrasts with a continuous variable such as height or weight, where there are an almost infinite number of possible values. Data for discontinuous variables is usually represented using a bar graph or pie chart, but never a scatter graph.
Let the three consecutive integers be a, b, & c. Square of c is 25 more than a*b:c2 = 25 + a*b; also the integers are consecutive, so a+1 = b & b+1 = cput a & b in terms of c, so b = c-1 & a = b-1 = c-2, substitute these into original equation:c2 = 25 + (c-2)*(c-1) = 25 + c2 - 3*c +2 --> c2 = 27 + c2 - 3*c --> 0 = 27 - 3*cc = 9 and from the 'consecutive' equations: b = 8& a = 7Substitute these values back into the original equation to make sure it works.92 = 81 and 8*7 = 56. 81 is 25 more than 56.
None. Integers can be negative, absolute values cannot. Absiolute values can be rational or irrational fractions, integers cannot.
Two identical integers whose sum is 66 are 33 and 33. Add 1 and subtract 1. Now you have 32 and 34. Voilà : two consecutive even integers whose sum is 66.**************************************************************My answer here is the same as the answer above, I'm just going to explain in detail how to actually solve a problem like this. Two consecutive even integers would be like 2 and 4 or 632 and 634. See how the numbers come right after each other, that would be a consecutive integer. Since you wanted consecutive even integers, they are 2 even numbers that come after each other. Now, to solve your problem, the 'formula' for finding 2 consecutive even (and odd, plain consecutive integers would be different) integers for the sum of 66 would be:x + x+2 = 66. First, you add like terms. What I mean, is that you add all your x values and all your normal numbers, which gets us:2x + 2 = 66 Now, you have a normal 2-step equation. To solve a 2-step equation, first you tik-tok. This means if you have any subtraction, you change it so that you add negatives instead(none here). For example 6x-3 changes into 6x + -3. Then you add like terms, which I already explained somewhere above (none here). Then, you add the opposite of your lonesome number(number without a variable) to both sides of the equation. So for example here, you add -2 to both sides of the equation so that you can get rid of that lonesome number, like here:2x + (2 + -2)=66 + -2 -----> 2x = 64 ( no need to put + 0) Now all you have left to do is divide both sides of the equation by the coefficient of the x term, here being 2. LOOK TO SEE IF IT's POSITIVE OR NEGATIVE!!!!:2x = 64-------- X=32 So if your original equation was x + x+2 = 66, you just2 2plug in the numbers in the equation. So:x=32, 32+ 32+2 = 66 -----> 32+34=66 ------> Your 2 consecutive numbers are 32 and 34. Hope I helped. I know it's a looong answer, but I like things to be explained :-)
That's not an equation by definition. It may be a term for something, but alone neither the letters nor values mean anything.
an equation that's true for all values is an identity.
Find values for the variable that satisfy the equation, that is if you replace those values for the variable into the original equation, the equation becomes a true statement.
The graph of an equation is a visual representation of the values that satisfy the equation.
The solution to an equation consists of the value (or values) of all the variables such that the equation is true when the variable(s) take those values.
how the values of the slope affect the overall meaning of the equation?
It is the set of values for all the variables in the equation which make the equation true.