All except 0. The inequality is saying that x must be less than or equal to 3 which all answers except 0 are.
Answer:
Let, the integers = x, x + 2, x+ 4
It is given that, x + x+2 + x+4 = -198
3x + 6 = -198
3x = -198 - 6
x = -204/3
x = -68
Largest number, x+4 = -68+4 = -64
In short, Your Answer would be: -64
Guess and check works here. Since the sum is negative, we know that the 3 consecuticve even integers must be negative Guessing and checking, we find that the sequence is -64, -66, -68. We are trying to find the largest integer, which is -64. Hope That Helps!
Answer: 45
Step-by-step explanation: 20*200/100=40
Answer:
y = -3x -4
Step-by-step explanation:
A perpendicular line has a slope that is the negative reciprocal of that of the given line. When the equation starts out in standard form, a line with negative reciprocal slope can be written by swapping the x- and y-coefficients and negating one of them.
The given x- and y-coefficients have the ratio 1:-3, so we can use the coefficients 3 and 1 for our purpose.
The usual process of making the line go through a given point can be used. That is, we can translate the line from the origin to the desired point by subtracting the point coordinates from x and y. Then we have ...
3(x+3) +(y-5) = 0
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This is "an" equation. It is in no particularly recognizable form. It can be rearranged to the form y = mx + b:
3x +9 +y -5 = 0 . . . . . eliminate parentheses
y = -3x -4 . . . . . subtract terms that are not "y"
The standard deck of cards has 52 different cards.
4 of these cards are aces.
For the first card, the probability of having an ace is 4/52, since there are 4 aces still available.
Then, for the second card, the probability will be 3/52, because one of the aces is already picked.
Similarly, the third ace has a probability of 2/52 and the last ace has a probability of 1/52.
The final probability will be: