Answers by visitors named: Allen

thankyou, but i couldn't find it with in the aritcle

I think 16.

Thank you

thanks you really helped me

Thanks you gave me great ideas

B is the answer

Where is the 15 coming from? I thought that you may have meant 25 so I calculated 1.21*9.8*25*cos 25 and I got the answer wrong.

I do not really know but somthing to do with isolating Vo ?

There are 1728 cubic inches in a cubic foot. Therefore, you divide 5040 by 1728: 5040 / 1728 = 2.92 cubic feet. It is easy to overlook that to get a cubic foot, you have 12 rows, 12 columns, and 12 layers of cubic inches. 12 x 12 x 12 = 1728

Isnt five divided by 24 invalid?

Beat you to it Ms. Sue ;)

the answer is A

the correct answer is c) signals that must interact with DNA in order to be effective. i just did this problem on mastering biology

This exercise is from Schaum's book of chemistry, and the answer has to be 55,4 ml but I don't get that result ( my result is 51,7 ml). I did all the steps and solve for mL of IO3 , is there something that I'm missing? My steps were: Vhidrazine×Chidrazine=VKIO3×CKIO3 VKIO3=Vhidrazine×Chidrazine/CKIO3 Is the book wrong?

Raising the first equation to the fifth power, we get $a^5 b^{20} = 12^5 = 248832$. Dividing this equation by the second equation, we get $b^{15} = 32$, so $b = \sqrt[15]{32} = \sqrt[15]{2^5} = \sqrt[3]{2}$. Then from the first equation, \[a = \frac{12}{b^4} = \frac{12}{(\sqrt[3]{2})^4} = \frac{12}{\sqrt[3]{2^4}} = \frac{12}{2 \sqrt[3]{2}} = \frac{6}{\sqrt[3]{2}}.\]We can simplify this fraction by multiplying the top and bottom by $\sqrt[3]{4}$: \[a = \frac{6}{\sqrt[3]{2}} = \frac{6 \sqrt[3]{4}}{\sqrt[3]{2} \cdot \sqrt[3]{4}} = \frac{6 \sqrt[3]{4}}{\sqrt[3]{8}} = \frac{6 \sqrt[3]{4}}{2} = 3 \sqrt[3]{4}.\]Therefore, the solution is $(a,b) = (3 \sqrt[3]{4}, \sqrt[3]{2})$; the desired value of $a$ is $\boxed{3\sqrt[3]{4}}$.

5 cm..Use v^2-u^2=2as...Hope u will get the answer...or do it by using the method of conservation of energy

I want to be something good

Thank you for the help!!

The method above is correct but The 0.5 is magically gone on the t equation The t should of been t = 100/23.5

b c

multiply??

sameeeeee. good luck Some girl 🤪😜🥰🤗

Thank you PsyDAG

Find the point of the curve y=x^2+1 which is closest to the point(3,1)

Find the point of the curve y = x^2+1 that is closest to the point (3,1).

n>-2 is a simplified version of the answer scott gave

I don't understand

Where are you?