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MakcuM [25]
3 years ago
6

Fill in the blanks to rewrite the following statement with variables: Is there an integer with a remainder of 1 when it is divid

ed by 4 and a remainder of 3 when it is divided by 7? (a) Is there an integer n such that n has (b) Does there exist such that if n is divided by 4 the remainder is 1 and if
Mathematics
1 answer:
bearhunter [10]3 years ago
8 0

Answer:

See explanation below

Step-by-step explanation:

a) Is there an integer n such that n has...

Is there an integer n such that n has a remainder of 1 when n is divided by 4 and a remainder of 3 when n is divided by 7?

b) Does there exist such that if n is divided by 4 the remainder is 1 and if...

Does there exist an integer n such that if n is divided by 4 the remainder is 1 and if n is divided by 7 the remainder is 3?

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Show that x⁵²-21x+20 is divisible by x− 1.
SashulF [63]

Answer

given equation,

x⁵²-21 x+20

A number to be divisible by the another number means that on dividing the remainder should be zero.

if x⁵²-21 x+20 is divisible by x− 1 means that x-1 should completely divide the equation.

 so,

      x -1 = 0

       x = 1

x⁵²-21 x+20 to be divisible it should be equal to zero when x = 1

putting x = 1

= (1)⁵²-21 (1)+20

= 1 - 21 + 20

= 21 -21

= 0

hence x = 1 is the root of the equation

so, x⁵²-21 x+20 is divisible by x− 1.

4 0
3 years ago
What is the area of a parallelogram whose vertices are (-4,9), (11,9), (5,-1) and (-10,-1)
Reptile [31]

The area of the parallelogram whose vertices are (-4 , 9), (11 , 9), (5 , -1)

and (-10 ,-1) is 150 units²

Step-by-step explanation:

Let us revise some important facts:

1. Horizontal lines passe through points have same y-coordinates

2. The length of a horizontal segment is the difference between

    the x-coordinates of its end-points

3. vertical lines passe through points have same x-coordinates

4. The length of a vertical segment is the difference between

    the y-coordinates of its end-points

In the parallelogram whose vertices are

(-4 , 9), (11 , 9), (5 , -1) and (-10 ,-1)

∵ The vertices (-4 , 9) and (11 , 9) have same y-coordinates

∴ The side whose joining them is a horizontal side

∴ Its length = 11 - (-4) = 11 + 4 = 15 units

∵ The vertices (5 , -1) and (-10 , -1) have same y-coordinates

∴ The side whose joining them is a horizontal side

∴ Its length = 5 - (-10) = 5 + 10 = 15 units

∴ The two horizontal sides are parallel and equal

∵ The area of a parallelogram = base_{1} × height_{1}

∵ The perpendicular distance between two parallel horizontal

   sides is the difference between their y-coordinates

∵ The y-coordinate of the 1st horizontal side = 9

∵ The y-coordinate of the 2nd horizontal side = -1

∴ The vertical distance between the parallel sides = 9 - (-1) = 9 + 1

∴ The vertical distance between the parallel sides = 10 units

∵ base_{1} = 15 units

∵ height_{1} = 10 units

∴ The area of the parallelogram = 15 × 10 = 150 units²

The area of the parallelogram whose vertices are (-4 , 9), (11 , 9),

(5 , -1) and (-10 ,-1) is 150 units²

Learn more:

You can learn more about area of parallelograms in brainly.com/question/6779145

#LearnwithBrainly

3 0
3 years ago
Given f(x) and g(x) = f(x) + k, use the graph to determine the value of k.
zalisa [80]
<h3>Answer: C) 4</h3>

All points on the blue curve f(x) are shifted up 4 units to get corresponding points on the red curve g(x). For example, the point (0,-3) moves up 4 units to (0,1).

g(x) = f(x)+k

g(x) = f(x)+4

3 0
4 years ago
Can you guys help me with this
Shalnov [3]
Hmm let me c we learnt that long time ago
8 0
3 years ago
In a normally distributed data set a mean of 55 where 99.7% of the data fall between 47.5 and 62.5, what would be the standard d
NeX [460]

Given that normally distributed data set has a mean of 55 and 99.7% of data fall between 47.5 and 62.5.

Let s be the standard deviation of data set.

Since 99.7% data fall within 3 standard deviations of mean, z-value for 47.5 and 62.5 has an absolute value of 3.

That is |z|=3

But z= \frac{x-mean}{standard deviation}

Let us plugin x=47.5 and mean =55 and equate it to 3.

That is |\frac{47.5-55}{s}|  = 3

             |\frac{-7.5}{s} | =3

Since x is always positive ( being standard deviation), |\frac{-7.5}{s} | = \frac{|-7.5|}{s} = \frac{7.5}{s}

Hence  \frac{7.5}{s}= 3

             s=\frac{7.5}{3}  = 2.5

We will get same value with 62.5 as well.

Hence standard deviation of data set is 2.5.

3 0
4 years ago
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