Answer:
20% of 10 is 2
10 + 2 = 12 ye got 2 dollars back.
Step-by-step explanation:
Answer:
The correct option is C.
Step-by-step explanation:
polynomial has roots of −6, 1, and 4.
We can write it as:
(x+6)(x-1)(x-4)
Now multiply the terms:
First multiply first and second bracket:
{x(x+6)-1(x+6)}(x-4)
{(x^2+6x-x-6)} (x-4)
Solve the like terms:
{(x^2+5x-6)}(x-4)
x(x^2+5x-6) -4(x^2+5x-6)
x^3+5x^2-6x-4x^2-20x+24
Solve the like terms:
x^3+x^2-26x+24
Hence it is proved that the correct option is C....
Answer:
Round off to closest value.
Step-by-step explanation:
In order to remove the requirement for change, every time the client buys a product for $0.20 the random number that lies between 0 and 1 would be produced also the same would be rounded to the closest value i.e. 0 or 1. In the case when 0 arise so the customer would not have to pay any amount but if 1 arise so the customer have to pay $1. So this type of method would remove the requirement for a minor change
Go on a calculator
cosine=Adjacent/Hypotenuse
Cosine=6/ 3 the square root of 5
reduce to 1/square root of 5 which is your answer...so the answer is B)
Hope this helps!!
One method to see it's a trapezoid is to find the slope of lines BC and AD.
The slope formula is
m = (y2-y1)/(x2-x1)
You should find that BC and AD both have the same slope (of -1), so that means the lines are parallel. That proves we have a trapezoid.
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To prove this trapezoid is isosceles, you can use the distance formula
to find the lengths of AB and CD (the two non-parallel sides). You should find that AB = CD.
Because AB and CD are horizontal and vertical respectively, this means you can simply count out the spaces to find that AB and CD are 3 units each. For any other rotated version of this trapezoid, use the distance formula instead.
