How can you use base ten blocks to find 2.16 divided by 3

Answers

Answer 1
Answer:  The anwser is 0.72 because you divide 2.18 by 3
Answer 2
Answer:

Answer:


Step-by-step explanation:

Use 6 single blocks for 0.06

Use 1 10-block for 0.10

Use 2 100-blocks (or 20 10-blocks) for 2.00

Now divide the blocks into 3 piles.


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If f(x) = x2 and g(x) = 3x - 1 find [ gºf(x)​

Answers

Answer:

gºf(x)​ = 3x^2 -1

Step-by-step explanation:

Given

f(x) = x2

g(x) = 3x - 1

To find

gºf(x)​

To find  gºf(x)​ we will use value of f(x) = x^2 in place of in g(x)

lets do that

g(x) = 3x - 1

gºf(x)​ = 3(f(x)) -1

gºf(x)​ = 3x^2 -1

Thus, value of  gºf(x)​ is   3x^2 -1.

Rick won 27 tickets playing a game. To get a prize, he needs to win at least 30 tickets. How many more tickets can he win to get a prize?

Answers

The number of tickets required by Rick to win the prize is given by the equation A = 3 tickets

What is an Equation?

Equations are mathematical statements with two algebraic expressions flanking the equals (=) sign on either side.

It demonstrates the equality of the relationship between the expressions printed on the left and right sides.

Coefficients, variables, operators, constants, terms, expressions, and the equal to sign are some of the components of an equation. The "=" sign and terms on both sides must always be present when writing an equation.

Given data ,

Let the number of tickets required by Rick to win the prize be A

Now , the equation will be

The initial number of tickets with Rick = 27 tickets

The total number of tickets to win the prize = 30 tickets

So , the remaining number of tickets A = total number of tickets to win the prize - initial number of tickets with Rick

Substituting the values in the equation , we get

The remaining number of tickets A = 30 - 27

The remaining number of tickets A = 3 tickets

Hence , the number of tickets required is 3 tickets

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Well, he has 27 tickets and he needs AT LEAST 30. 3 or more tickets.

Rewrite by completing the square. 2x^2+7x+6=0

Answers

(2x + a)(x + b)

2b + a = 7
b*a = 6

factors of 6: (2x3) and (6x1)

let b = 2, a = 3

2(2)+ 3 = 7 check

(2x + 3)(x + 2)

Final answer:

To complete the square and rewrite the quadratic equation 2x^2+7x+6=0, follow these steps: move the constant term, divide the coefficient of x^2, square half of the coefficient of x, add the result to both sides, factor the left side, take the square root, and solve for x.

Explanation:

To rewrite the quadratic equation 2x^2+7x+6=0 by completing the square, follow these steps:

  1. Move the constant term to the other side of the equation: 2x^2+7x = -6.
  2. Divide the coefficient of x^2 by 2: x^2+(7/2)x = -3.
  3. Take half of the coefficient of x and square it: (7/4)^2 = 49/16.
  4. Add the result from step 3 to both sides of the equation: x^2+(7/2)x+49/16 = -3+49/16.
  5. Factor the left side of the equation: (x+7/4)^2 = (1/16).
  6. Take the square root of both sides of the equation: x+7/4 = ±(1/4).
  7. Solve for x: x = -7/4 ±(1/4).

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A skateboard that sells for $65 is on sale for 15% off. Find the sale price?

Answers

original price:          $65        
discount:         15% off        
sale price:         ?        

There are two ways you can solve this problem:

Here's the longer way (by one step):
65 * .15 (15% in decimal form) = 9.75
65 - 9.75 = 55.25
sale price = $55.25

Here's the method that's one step shorter:
65 * .85 (100-15 ~ because it's 15%[15/100] off) = 55.25
sale price = $55.25

Either way works for solving discounts/sales. 


The skateboard now sells for 55.25. Hope this helps.

How many eighty fours are in 672

Answers

Answer

Find out how many eighty fours are in 672.

To prove

Let us assume that the number of the 84 be x .

As given in the equation

Total values  given in the question be 672.

Than the equation becomes

84 × x = 672

Simplify the above equation

84x = 672

x = (672)/(84)

x = 8

Therefore the Numbers of eighty fours in 672 is 8 .




The number of eighty fours in 672 is 8

  • How many eighty fours are in 672
  • Let x represent the number of the 84 (can be expressed as 84 x X)

Further Explanation

And since we have 672 as the total value,

Therefore, you have:

84 x X = 672

84x = 672 (then determine the value of x)

X= (672)/(84)

X = 8

Thus, the number of eighty fours in 672 is 8.

Prove:

= 84 x 8

= 672

Notably, eighty fours is expressed as 84

You can also solve this question easily by following this step:

It is same as saying how many 84’s are in 672 (it means you should divide 672 and 84)

= (672)/(84)

= 8

Check out these 2 examples:

Example 1

How many eighty fours are in 4200 (same as how many 84’s are in 4200)

= (4200)/(84)

= 50

Prove:

= 84 x 50

= 4200

Example 2

How many eighty fours are in 840 (same as how many 84’s are in 840)

= (840)/(84)

= 10

Prove:

= 84 x 10

= 840

LEARN MORE:

KEYWORDS:

  • multiply
  • eighty fours are in 672
  • dividing
  • eighty fours are in 840
  • eighty fours are in 4200

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Answers

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