The value of x in the given expression can be either -41 or 45. The correct option is B.
<h3>What is Absolute Value?</h3>
An absolute value of |x| {modulus of x} is the value of a real number x, the value we get is always a non-negative number, for example, |-5| will give 5, and also, |5| will give 5 as well.
Given the modulus function (1/5)|x - 4| - 3 = 6. Now, there will be two cases of this because the value of x can be either negative, x<0 or it can positive, x>0. Therefore, the given modulus function can be solved as shown below.
(1/5)(x-4) - 3 = 6
(x/5) - (4/5) - 3 = 6
(x - 4 - 15)/5 = 6
x - 4 -15 = 30
x = 30 + 15 + 4
x = 45
(1/5)(-x+4) - 3 = 6
(-x/5) + (4/5) - 3 = 6
(- x + 4 - 15)/5 = 6
- x + 4 -15 = 30
-x = 30 + 15 - 4
-x = 41
x = -41
Hence, the value of x in the given expression can be either -41 or 45.
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One banana is an eight of 96 cents. 96/8 is equal to 12 cents.
3x + 6(2x - 5) = 3x - 3
First, take out '3x' on both sides.
Second, divide both side by '6'.
Third, find the GCF of 3 and 6.
The GCF is 3.
Fourth, divide the numerator by the GCF.
÷
Fifth, divide the denominator by the GCF.
÷
Sixth, rewrite the fraction in simplest form.
Seventh, add '5' to both sides.
Eighth, make the denominators the same.
Ninth, simplify so that the denominators are the same.
Tenth, combine the denominators.
Eleventh, subtract '-1 + 10' to get '9'.
Twelfth, divide both sides by '2'.
Thirteenth, multiply '2 × 2' to get '4'.
Answer as fraction:
Answer as decimal:
Here you go I hope this helps!! :)
-1,1
2. is a
3. is a
hope this helps