Ben is 4 times as old as ishaan and is also 6 years older than ishaan how old is ishaan ?

Answers

Answer 1
Answer:

Answer: Undefined.

Step-by-step explanation: There is only two equations to represent this question. Since we are trying to get Ishaan's age, we have to know Ben's age in order to know his age. However, Ben's age is represented by Ben=4x+6, we don't know his age exactly, therefore we can't determine Ishaan's age. Ishaan's equation would be Ishaan= age-6 divided by 4.  Therefore, there is little to no information to determine his real age.

Answer 2
Answer: There isn't enough information to find their ages.

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How many times can 14 go into 98

Answers

another way to do the math is start by adding 2 after 14 also adding starting from 14 and adding untill u get to 98 easiest way is to use a chart with all your numbers hope this helps

Write a decimal that is 1/10 of 3.0

Answers

it would be 3 tenths, or 0.3
0.3.

Because 3 / 10 = 0.3.

10 pounds of rice are distributed equally into 6 bags to give out at the food bank. how many pounds of rice are in each bag

Answers

One pound and 6 ounces.

How does adding the log together automatically mean that it is a factorial?

Answers

Answer: The answer is given below.

Step-by-step explanation:  We are given an equality involving logarithm and we are to show the implication of L.H.S. to R.H.S.

We will be using the following two properties of logarithm:

(i)~\log_ba=(1)/(\log_ab),\n\n\n(ii)~log_ab+\log_ac=\log_a(bc).

The proof is as follows:

L.H.S.\n\n\n=(1)/(\log_2N)+(1)/(\log_3N)+(1)/(\log_4N)+\cdots+(1)/(\log_(100)N)\n\n\n=\log_N2+\logN3+\log_N4+\cdots+\log_N100\n\n=\log_N\{2.3.4...100\}\n\n=\log_N\{1.2.3.4...100\}\n\n=\log_N{100!}\n\n=(1)/(\log_(100!)N)\n\n=R.H.S.

Hence proved.

What is the answer for 10(-60)–18

Answers

-618.

10(-60)-18

10(-60)=-600

-600-18=-628

10(-60)-18
10*(-60)-18
-600-18
-618
The answer is: -618

Which sets of numbers represent geometric sequences? Check all that apply.2/5,2/10,2/20,2/40...

11/12,8/12,5/12,2/12

25, 19, 13, 7, ...

4, 12, 36, 108, ...

–5, 5, –5, 5, ...

–3, 0, 3, 6, ...

–8, –2,1/2.1/8...

Answers

Answer:

2/5,2/10,2/20,2/40...

4, 12, 36, 108, ...

–5, 5, –5, 5, ...

Step-by-step explanation:

These 3 sets represent a geometric sequence.

A geometric sequence is a series of numbers where each number is obtained by MULTIPLYING the same fixed number to the previous number.

So, in the first sequence: 2/5,2/10,2/20,2/40...

The multiplying factor is 1/2.

In the second sequence: 4, 12, 36, 108, ...

The multiplying factor is 3

In the 3rd sequence: –5, 5, –5, 5, ...

The multiplying factor is -1.

Most of the other sequences are not geometric sequences, but arithmetic sequences (where the next term is obtained by ADDITION).

the one above me is correct