n adult tiger weighs 650 pounds. a baby tiger weighs 2 pounds at birth . Write the ratio of the newborn tigers weight to the adults tigers weight

Answers

Answer 1

Answer: 1/325. Its just 2/650....

Related Questions

What is the answer p+5/9=-31/18
the Quade family drove 920 miles in 3 days they drove the same number of miles the first 2 days and then drove 50 miles the third day how many miles did they drive the first two days
Write the equation in standard form: 3x-9=7y
Factor this expression: 12 + 20
Which problems result in a positive number? Choose all answers that are correct. A. –4.6 • 1.6 B. –10 • (–5.2) C. 8.4 ÷ 2 D.

Which numbers are rational? Select all that apply.A. π
B. √50
C. 2.33333333333333
D.√144

If you answer you will be rewarded

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In mathematics, a rational number is any number that can be expressed as the quotient or fraction p/q of two integers, a numerator p and a non-zero denominator q. Since q may be equal to 1, every integer is a rational number.

Answer: D

Im positive it is D and it might be 2.3333333333. But, i will stick with D.

Which shows two expressions that are equivalent to (Negative 7) (Negative 15) (Negative 5)? (Negative 7) (Negative 75) and (Negative 1) (525) (Negative 1) (525) and (35) (Negative 15) (35) (Negative 15) and (115) (negative 5) (Negative 1) (525) and (115) (negative 5)

Answers

Answer: (–1)(525) and (35)(–15) are equivalent to (- 7) (-15) (- 5)

Step-by-step explanation:

Given (- 7) (-15) (- 5)

To Find : Which two expressions that are equivalent (- 7) (-15) (- 5)

(–7)(–75) and (–1)(525)

(–1)(525) and (35)(–15)

(35)(–15) and (115)(–5)

(–1)(525) and (115)(–5)

Solution:

(- 7) (-15) (- 5)

= (105)(-5)

= - 525

(–7)(–75) and (–1)(525)

= 525 & - 525

not Equal

(–1)(525) and (35)(–15)

= -525 and - 525

Both Equal to (- 7) (-15) (- 5)

(35)(–15) and (115)(–5)

= -525 and - 575

not Equal

(–1)(525) and (115)(–5)

= -525 and - 575

not Equal

(–1)(525) and (35)(–15) are equivalent to (- 7) (-15) (- 5)

Final answer:

The pair of expressions equivalent to (Negative 7) (Negative 15) (Negative 5) are (Negative 7) (Negative 75) and (Negative 1) (525) because both pair of expressions result in -525.

Explanation:

The question asks which pair of expressions are equivalent to the expression (Negative 7) (Negative 15) (Negative 5). For this, we need to remember the rule in mathematics that the multiplication of two negative numbers gives a positive result and the multiplication of three negative numbers gives a negative result.

So, (Negative 7) (Negative 15) (Negative 5) equals to -7*15*5 = -525. Now, among the given options, the pair of expressions that are equivalent to -525 are (Negative 7) (Negative 75) and (Negative 1) (525), because -7*75 also equals -525, and -1*525 equals -525 as well.

Therefore, the pairs of expressions equivalent to (Negative 7) (Negative 15) (Negative 5) are (Negative 7) (Negative 75) and (Negative 1) (525).

Learn more about Equivalent Expressions here:

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McKenzie works for a catering company.She is making ice tea for an upcoming event. For each container of tea she uses 16 tea bags and 3 cups of sugar. If McKEnzie uses 64 tea bags, how many cups of sugar will she use?

Answers

She's be using 12 cups of sugar. Heres the explanation to how i got that, i figured out what number 16 would multiply by to get 64 which was 4, so then i also multiplied 3 by 4 which is how i got 12. Hope this helps

What is 9,740,399 rounded to the nearest 100,000

Answers

The number which is written after rounding the number 9,740,399 to the nearest 100,000 is 9,700,000.

What is the nearest 100,000 of a number?

To write the large number at the nearest round, we use the nearest thousand of the number. The rounded to the nearest 100,000 of a number makes the calculation easy, and the result to understand batter.

To round a number to the nearest 100,000, follow the steps below-

Step 1) Write down the number, which you have round to the nearest 100,000.
Step 2) Select the number which is at the 100,000 or at the 5th place from left side of the number.
Step 3) Look at the number which immediate right to this number. If this number is less than 5, then make all the digits left of it as zero.
Step 4) Look at the number which immediate right to this number. If this number is more than 5, then replace all the digits right of it with zero by adding 1 into the 100,000 place digit.

The number given as,

$9,740,399$