I have the answer can somone please check me...
\(8+11\) for the first one
what?
\[\int_1^52dx+\int_1^5m(x)dx=8+11=19\]
so then my answer is 19
yes
ok thanks just to check with the others viewing is that the correct answer
you are told \(\int_1^5m(x)dx=11\) and \[\int_1^52dx=4\times 2=8\]
11 for 2nd and 16 for 3rd
Here is a question for farmer: what is the integral \[2\int\limits_{1}^{5}dx\]
@satellite73 take his apporch
right I got 6 before but know satelitte73 said 19 is the answer
can you do \[ 2\int\limits_{1}^{5}dx \]?
isn;t that 11
can you do \[ \int dx \] ?
yes but I have never done anything like this before so I am getting confused my teacher didn't explain tthis section very well so I am confused
You should review your book. \[ \int dx = x\] the integration of dx is x if we have a 2 out front we get \[ 2\int dx = 2x\] if we have limits, then the answer is \[ 2 \int_{a}^{b} dx= 2 x |_{a}^{b} = 2a - 2 b\] what is \[ 2 \int_{1}^{5} dx \]?
**typo \[ 2 \int_{a}^{b} dx= 2 x |_{a}^{b} = 2b - 2 a \]
the answer is then 8
yes, but do you see how to get 8 ? you evaluate \[ 2 \int_{1}^{5} dx= 2 x |_{1}^{5} = 2\cdot 5 - 2 \cdot 1 = 8 \]
yes I understand so then 8 is my final answer right
no, 8 is not the final answer. The question is \[ \int_{1}^{5} (2+m(x)) \ dx \] as satellite showed you can break that into 2 integrations \[ \int_{1}^{5} 2 \ dx + \int_{1}^{5} m(x) \ dx \] The first one we found is 8. The second integral they tell you . you have to add the two numbers together for the final answer.
8+4=12
@farmergirl411 the way to compute \[\int_1^52dx\]is to think of a rectangle with base 4 and height 2, area \(4\times 2=8\)
How did you get 4 ? What does it say immediately under Evaluate the integral below given that ....
the \(4\) because \(5-1=4\)|dw:1367436002088:dw|
then you get \(8+11\) because your are told that \[\int_1^5m(x)dx=11\]
@satellite73 I think farmer was using 4 instead of 11
so then the final answer is 19
Yes I was I was sing 4 I used the wrong number sorry
No need to be sorry. But you do want to figure out if you are confused by something, and see if you can "unconfuse" yourself.
yes that is right so then is 19 the final answer
was the medal meaning yes
I would be happier if you *knew* the correct answer is 19. If you are uncertain, that means it is not clear, or you are puzzled by something.
no I am not confused I am the type of person I want to check tomake sure the other perosn got it too that is why I am asking
you can be sure if satellite is answering a question about calculus, it is correct.
ok thanks good to know
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