How does the quotient compare to the dividend when the divisor is less than 1

Answers

Answer 1

Answer:

Final answer:

When a dividend is divided by a divisor that is less than 1, the resulting quotient is greater than the original dividend. This is equivalent to multiplying the dividend by the reciprocal of the divisor.

Explanation:

In mathematics, when we divide any number (the dividend) by a number that is less than 1 (the divisor), the quotient will be greater than the dividend. This is because dividing by a number less than 1 is equivalent to multiplying by its reciprocate which is more than 1. For example, let's consider 10 divided by 0.5 (which is less than 1); the quotient is 20, which is greater than the dividend (10). Therefore, in relation to your question, the quotient is larger than the dividend when the divisor is less than 1.

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Answer 2

Answer:

Answer:

Greater provided the divisor is positive.

It would be more accurate and clearer to say that when dividing a number which is greater than zero by a number between 0 and 1, then the quotient is greater than the dividend.

If the divisor is negative and the dividend is positive, then the quotient is negative (and so less than the dividend).

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Given: JK tangent, KH=16, HE=12 Find: JK.

Algebraic exspression of
15x +8

Answers

Answer:

15x-8=0

x=8/15

Step-by-step explanation:

Factor 48e + 180 using gcf

Answers

Answer:

Hello!!! Princess Sakura here ^^

Step-by-step explanation:

The gcf is 12, so you'll divide 12 to both the 48 and the 180.

So it'll look like this...

$12(4e+15)$

P.S. don't forget to the "e"

If you want to check if you're right just distribute the 12 and you should get 48e + 180 if you didn't you did something wrong.

How do you show 239+132 integer form to polynomial form

Answers

Answer:

The answer is "371"

Step-by-step explanation:

First polynomial value = 239

Second polynomial value = 132

Adding the value: = $239+ 132$

= $\boxed{\bold{371}}$

The final answer is 371, which is also known as monomial.

Holly checked her answer to a division problem by estimating the quotient. Which is the best estimation of the quotient?23.564 divided by 5.97

4

5

6

7

I need help quickly.

Answers

Answer 4

Explanation
Quotient=division
23.564/5.97=3.947
Round answer therefore
3.947=4

What is the value of the x-coordinate of point A?(a) sin(pi/5)
(b) cos (pi/5)
(c) sin (6pi/5)
(d) cos (6pi/5)
(e) sin (9pi/5)

Answers

The x - coordinate of the Point A is -

$$(√(5) +1)/(4)$

We have a Point A(x, y) on the graph.

We have to find out the x-coordinate of Point A(x, y).

Explain the resolution of Position vector of any point on the Cartesian coordinate.

For any position vector (say OA), having magnitude of 'M' Units, making an angle $$\theta$ with the x - axis, can be resolved along the x and y axes as -

OA = (M cos $$\theta$ ) $a_(x)$ + (M sin $$\theta$ ) $a_(y)$

According to the question, we have -

$$\theta =(\pi )/(5)$

We have to find the x - component of the position vector OA.

The circle has a radius of 1 units. Therefore, |OA| = 1

Assume that the x - coordinate of Point A is x.

Now -

x = |OA| cos ( $$(\pi )/(5)$ )

x = 1 x $(√(5) +1)/(4)$

x = $(√(5) +1)/(4)$

Hence, the x - coordinate of the PointA is -

$$(√(5) +1)/(4)$

To solve more questions on finding Coordinate Points, visit the link below -

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Step-by-step explanation:

The cost to ride a ferris wheel is $2.00 per person. The ferris wheel has a capacity of 64 people. The amount of money collected is a function of the number of people who ride on the ferris wheel. M(p)=2p the domain of this function is restricted to

Answers

Answer:

D=[0, 64]

Step-by-step explanation:

The domain of a function is the interval of all possible values of the independent variable. In this situation, the independent variable is the number of people on the ferris wheel 'p'. Since the capacity is 64 people, the possible interval for 'p' is from 0 to 64 people. Therefore, the domain is;

D=[0, 64]

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