MATHEMATICS HIGH SCHOOL

What 3 numbers multiply to get 63?

Answers

Answer 1

Answer:

The three numbers to multiply to get 63 is A = 3 x 3 x 7

Given data ,

Let the number be represented as A

where the value of A = 63

Let the three numbers be represented as a , b , c

where the a , b , c are the factors of A

The factorization of the number 63 will be the three numbers to multiply to get the number 63

So , prime factorization of 63 is: 3 x 3 x 7

Hence , the three numbers are 3 , 3 and 7

To learn more about factorization click :

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Answer 2

Answer: There are many combinations if the numbers are not required to be integers.

If they are required to be integers, I'd suggest:

3*7*3 = 63

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10x 10y = 1 x = y - 3 what is the value of y?

When you round 6 5/11 what's the nearest whole number

Answers

6.

5 is less than half of eleven, so 6 5/11 would round down to 6.

If its easier you could multiply it by 2 to make it a larger #, which is 10/22, which means that the # would be rounded down, and stay as 6, hope I was helpful

Which sequence is modeled by the graph below?coordinate plane showing the points 2, 1; 3, 3; and 4, 9

an = one third(27)n − 1

an = 27(one third)n − 1

an = one third(3)n − 1

an = 3(one half)n − 1

Answers

Answer:

$a_n=(1)/(3)\cdot (3)^(n-1)$

C is correct.

Step-by-step explanation:

We need to choose correct model by the graph which passes through the points (2,1) (3,3) and (4,9)

Option 1: $a_n=(1)/(3)\cdot (27)^(n-1)$

Put n=2 and to get a₂=1

$a_2=(1)/(3)\cdot (27)^(2-1)$

$a_2=9$

$9\neq 1$

False

Option 2: $a_n=27\cdot ((1)/(3))^(n-1)$

Put n=2 and to get a₂=1

$a_2=27\cdot ((1)/(3))^(2-1)$

$a_2=9$

$9\neq 1$

False

Option 3: $a_n=(1)/(3)\cdot (3)^(n-1)$

Put n=2 and to get a₂=1

$a_2=(1)/(3)\cdot (3)^(2-1)$

$a_2=1$

$1= 1$

TRUE

Similarly, we will check (3,3) and (4,9)

and we will get true

Hence, The sequence is $a_n=(1)/(3)\cdot (3)^(n-1)$

Answer:

the answer is C. an = one third (3)n − 1

i just took the test.

Step-by-step explanation:

Laura wants to show 70 in tens.How many tens will she draw?How do you know?

Answers

She will draw 7 tens. We know this because 70 divided by 10 is 7. To check, 7 times 10 is 70. 7 tens are in 70.

Inequality word problem

7 less than -2 times a number X is greater than or equal to 41

Answers

less than means minus so 7 less than means -7

-2 times a number x means -2 times x or -2x

is greater than or equal to means >

41=41

so
-7+-2x>41
-2x-7>41
add 7 to both sides
-2x>48
divide both sides by -2
remember to flip sign since divided by negative
x<-96

Select Equal or Not Equal to correctly classify each statement.Statement
−2×0.16=?0.16×(−2) equal not equal

0.4÷(−3)=?−3÷0.4 equal not equal
Comment if you need help understanding x'd

Answers

The first problem is true because with multiplication it doesn't matter which order it is in.

The second problem is false because you will get a different quotient depending on which numbers are on which side of the equation.

Answer:

me lmo

Step-by-step explanation:

Lim (h->0) (sqrt(25+h)-5)/h.

Answers

$\lim_(h \to 0) ( √(25+h) -5)/(h)= (0)/(0)$
We have to multiply numerator and denominator by: √(25-h)+ 5:
$\lim_(h \to 0) ( √(25+h)-5)/(h)* ( √(25+h) +5)/( √(25+h)+5) = \n \lim_(h \to 0) (25+h-25)/(h( √(25+h)+5) ) = \n \lim_(h \to 0) (1)/( √(25+h) +5) = \n = (1)/(5+5)=$ = 1/10 = 0.1

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