Whether dividing constant terms or polynomials, we always have definitive terms when it comes to division. Suppose we say, 10x divided by 2. The dividend is the 10x and the divisor is the 2. In other words, the dividend is the number to be divided by the divisor, to obtain the answer called the quotient.
When dividing polynomials, your main goal is to be able to divide the dividend evenly into the <em>divisor</em>. For example, we divide x²+2x+1 by x+1. The first thing you're going to focus is, what term will completely divide the first term of the polynomial? That would be x. Why? Because when you multiply x with x+1, the product is x²+x. When you subtract this from the polynomial, the x² will cancel out. All you have to do is subtract x from 2x, yielding x. Then, you carry down the last term of the equation: +1. You do the steps again. The term that will completely divide x+1 by x+1 is 1. When you subtract the two, you will come up with zero. That means there is no remainder. The polynomial is divisible by the divisor.
x + 1
------------------------------------
x+1| x²+2x+1
- x²+x
----------------------
x +1
- x +
------------
0
Lauren can have as many as 21 one beads to 1 bead
ANSWER
5.2387 and 5.2437
EXPLANATION
To round a decimal to the nearest hundredth means we should round to two decimal places.
To round to two decimal places we consider the third decimal place.
When we round 5.2387 to the nearest hundredth, we obtain 5.24 because the third decimal place is greater than or equal to 5 so we round up.
When we round 5.2437 to the nearest hundredth, we get 5.24 because the third decimal place less than 5 so we round off.
In fact there are infinitely many decimals that will round to 5.24 when rounding to the nearest hundredth.
To find the median, place the numbers in order from least to greatest then find the number in the middle
0.6, 0.87, (0.87, 1.1), 1.23, 2
0.87 and 1.1 are in the center.
Add 0.87 to 1.1 then divide it by 2
0.87 + 1.1 = 1.97
Half of 1.97 is 0.985
Hope this helps
Answer:
The volume of the cylindrical bucket to the nearest tenth of a cubic centimeter is 12,122.6 cm^3
Step-by-step explanation:
In this question, we are asked to calculate the volume of a cylindrical bucket with height 35cm and a base diameter of 21cm
Mathematically, the volume of the cylinder V can be calculated using the formula;
V = π * r^2 * h
The value of π = 22/7
since D = 21cm, r = D/2 = 21/2 = 10.5cm
Substituting these values, we have
V = 22/7 * 10.5^2 * 35 = 12,122.621
To the nearest tenth of a cubic centimeter is 12,122.6 cm^3
