four families share a basket of 16 kilograms of apples equally. how many kiligrams of apple dies each family get

Answers

Answer 1
Answer: Each family gets four kilograms of apples. Hope this helped!

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A candle is 6 inches tall and burns at a rate of 1/2 inche per hour

Answers

If you are asking for how fast the candle will brunt out, it is:

6inches / 0.5inches per hour =  12 hours

How to write 70,681 in expanded form​

Answers

Answer:

70000+600+80+1=70681

Step-by-step explanation:

Given : Number 70,681.

To find : Write the number in expanded form?

Solution :  

Expanded form is a way of writing a number to see the math value of individual digit.

So, 7 place value is written as 70000.

6 place value is written as 600.

8 place value is written as 80.

1 place value is written as 1.

The expanded form is 70000+600+80+1=70681.

The expanded form of the number 70,681 is 70,000 + 600 + 80 + 1.

To write 70,681 in expanded form, we break down the number by its place values:

70,681 = 7 × 10,000 + 0 × 1,000 + 6 × 100 + 8 × 10 + 1

So, the expanded form of 70,681 is:

70,681 = 7 × 10,000 + 0 × 1,000 + 6 × 100 + 8 × 10 + 1

This can be further simplified as:

70,681 = 70,000 + 600 + 80 + 1

Therefore, the expanded form of 70,681 is:

70,681 = 70,000 + 600 + 80 + 1

To learn more on Number system click:

brainly.com/question/1763119

#SPJ6

What is the calculation for 15-(0.7×3)

Answers

The calculation to 15-(0.7x3) equals 12.9
PEMDAS

15 - (0.7*3)

0.7 * 3 = 2.1

15 - 2.1 = 12.9

Answer: 12.9

each bag holds 12 apples if there are 75 students total. how many bags of apples will Steve need to buy if he wants to give one apple to each student

Answers

75/12= 6.25. Steve will have to buy 7 bags. He will have 9 apples left over.
If he is to gave one apple to each student, there will have to buy 75 apples.

12 apples require 1 bag.

75 apples would require:        75 / 12

= 6.25 bags.

There can't be 6.25 bags. So he would need to buy 7 bags in all.    

A bag contains 6 blue marbles, 4 red marbles, and 2 yellow marbles. What is the probability of selecting a blue marble, replacing it, then selecting another blue marble?

Answers

Probabilities are used to determine the chances of an event.

The probability of selecting 2 blue marbles (with replacement) is 1/4

The given parameters are:

\mathbf{Blue = 6}\n\n

\mathbf{Red = 4}

\mathbf{Yellow = 2}

The total number of marbles is:

\mathbf{n =Blue + Red + Yellow }

\mathbf{n =6 + 4 + 2}

\mathbf{n =12}

The probability of selecting 2 blue marbles (with replacement) is:

\mathbf{Pr = (Blue)/(n) * (Blue)/(n)}

\mathbf{Pr = (6)/(12) * (6)/(12)}

Simplify

\mathbf{Pr = (1)/(2) * (1)/(2)}

Multiply

\mathbf{Pr = (1)/(4)}

Hence, the probability of selecting 2 blue marbles (with replacement) is 1/4

Read more about probabilities at:

brainly.com/question/11234923

i think there is a .5 percent chance i added all numbers and divided by 6[the blue marbles]

What is an equation of the line that is perpendicular to y-3 =-4(x+2)​

Answers

Answer:

y - 3 = (1)/(4)(x+2) or choose any line with slope 1/4

Step-by-step explanation:

The slope of this line is -4. The slope of the line perpendicular to this line will be the negative reciprocal or 1/4.

Write the equation using the slope m=1/4 and the point slope form.

y-y_1=m(x-x_1)\ny-3=(1)/(4)(x+2)

This is the equation of the line that is perpendicular and passes through the same point (-2,3) as the equation listed.

Answer:

y=(1)/(4) x+c   where c can be any number.

Step-by-step explanation:

First we need to clear for y:

y-3 =-4(x+2)\ny=-4(x+2)+3\ny=-4x-8+3\ny=-4x-5

and now we have an equation of the form:

y=mx+b

where m is the slope and b is the y-intercept.

in this case m=-4 and b=-5

to find and equation perpendicular to this line, the following must be true:m*m_(1)=-1

where m is the slope of the original line that i just mentioned, and m_(1) is the slope of the new line. Substituting m=-4

-4*m_(1)=-1

clearing for m_(1)

m_(1)=(-1)/(-4) \nm_(1)=(1)/(4)

thus, the new perpendicular line must have the form:

y=m_(1)x+c\ny=(1)/(4)x+c

where the y-intecept c can be any number, some examples are:

y=(1)/(4)x+3\ny=(1)/(4)x-8

and so on, the important thing to be a perpendicular line is that the slopes are related to the equation m*m_(1)=-1.