The answer to negative 6 over 5K equals 12 is k equals -10.
The answer depends on what restrictions are placed on K and the two numbers, p and k/p. If the factors can be negative, then there is no minimum. p can be a very large negative number, with K/p being very small. If K is positive and the factors must be positive, then the smallest sum is 2*sqrt(k). To see this, let a and b be the two numbers, with a*b=k. Then b=k/a and the sum of the two numbers is S = a+k/a. To find the values of a which lead to extreme values of S, take the derivative of a+k/a and set to zero. The derivative is 1-k/(a^2) = 0. Solving for a gives a = +-sqrt(k). a=sqrt(k) is a local minimum, (and the only minimum if we're considering only positive values). This gets a lot more complicated if K or the factors must be rational, or worse still, integers. Such limitations have not been made clear in the question.
Changing velocity and constant acceleration? Yes. Changing velocity indicates constant acceleration dv/dt = a constant(k) when v=kt. Then dv/dt= dkt/dt= k. the constant k can be positive , negative or zero.
When a variable is being multiplied and it's negative such as in (-4k = 12), you simply perform the inverse operation (in your case division) and keep the sign the same. e.g. -4k = 12 -4k ÷ -4 = 12 ÷ -4 k = -3
K = negative 22(Caution: This is not the Chemistry, History,or Comparative Eastern Religion answer.)
Positive Z: zealous, zestful. Negative Z: ??? Positive K: Kind, keen Negative K: kooky(?)
Negative number = -N , where 0 < N < ∞ . Positive number = +K , where 0 < K < ∞ .
The answer to negative 6 over 5K equals 12 is k equals -10.
Negative effects of the K-12 program in the Philippines include increased financial burden on parents for additional years of schooling, strain on existing educational infrastructure, and challenges for educators in adapting to the new curriculum and teaching methods. Additionally, the program can result in a delay in students entering the workforce, leading to potential unemployment or underemployment issues.
Does the A and K Airsoft Masada has a 14mm negative thread for flash hiders.
k = -1
Some negative aspects of the K-12 system in the Philippines include overcrowded classrooms, lack of resources such as textbooks and facilities, challenges in teacher training and preparation, and concerns about the employability of K-12 graduates due to potential mismatches between skills acquired and industry demands.
neg(-k) + neg(-k) = k + k = 2k = 4
Biochemical tests such as indole test and citrate utilization can help differentiate between Klebsiella pneumoniae and Citrobacter freundii. Klebsiella pneumoniae is indole negative and citrate positive, while Citrobacter freundii is indole positive and citrate negative. Additional tests like urease and motility can also aid in differentiation.
If a neutral atom gains one or more electrons, then it will have a negative change. If a positive atom gains electrons, it will have an increase in change, but the charge may be negative, neutral, or positive based on the initial charge and number of electrons gained. The process in which an atom gains electrons is known as reduction.
3x2 - 3kx + k2 > 0, k = ? (a = 3, b = -3k, c = k2)The parabola opens upward (a > 0), so we have a minimum point at thevertex = (- b/2a, c - b2/4a) = (- -3k/6, k2 - (-3k)2/12) = (k/2, k2/4).Since the y-coordinate of the vertex is always a positive value, except when k = 0, then the x-coordinate could have a positive or negative value.So that, the parabola would lie above the x-axis for all values of k, except when k is zero.Thus, the equation 3x2 - 3kx + k2 > 0, for k ≠ 0.OrComplete the square:3x2 - 3kx + k2 (divide by 3 all the terms)= x2 - kx + k2/3= [x2 - kx + (k/2)2]+ k2/3 - (k/2)2= (x - k/2)2 + k2/3 - k2/4= (x - k/2)2 + k2/12So the equation (x - k/2)2 + k2/12 represents the translation of x2, k/2 units right when k > 0, or k/2 units left when k < 0, and k2/12 units up.Thus, for k ≠ 0 the given equation is always positive.
The answer depends on what restrictions are placed on K and the two numbers, p and k/p. If the factors can be negative, then there is no minimum. p can be a very large negative number, with K/p being very small. If K is positive and the factors must be positive, then the smallest sum is 2*sqrt(k). To see this, let a and b be the two numbers, with a*b=k. Then b=k/a and the sum of the two numbers is S = a+k/a. To find the values of a which lead to extreme values of S, take the derivative of a+k/a and set to zero. The derivative is 1-k/(a^2) = 0. Solving for a gives a = +-sqrt(k). a=sqrt(k) is a local minimum, (and the only minimum if we're considering only positive values). This gets a lot more complicated if K or the factors must be rational, or worse still, integers. Such limitations have not been made clear in the question.