<span><span>Step 1: Find a number you can multiply by the bottom of the fraction to make it 10, or 100, or 1000, or any 1 followed by 0s.
</span><span>Step 2: Multiply both top and bottom by that number.
</span><span>Step 3. Then write down just the top number, putting the decimal point in the correct spot (one space from the right hand side for every zero in the bottom number)</span></span>
598,909 is the answer because when I put that for a test I got it right
I think the answer is d.
You have to plug the numbers into the equation.
5(4) - 2(3) = 14
20 - 6 = 14
3(4) + 2(3) = 18
12 + 6 = 18
The point (4, 3) fits both equations.
Hello : let : y = f(x) so : y' = f'(x)
calculate : f'(x) and : f'(-1) given f(-1) = 2
by derivate : <span>4x3+2y2−11=4xy−x
12x² +4yy' = 4y +4xy' - 1
4yy' - 4xy' = - 12x² +4y -1
y' ( 4y - 4x) = 4y -12x² -1 ...(*)
if x = -1 y = 2 subsct in : (*)
y' (4(2)-4(-1)) = 4(2)-12(-1)² - 1
2y' = - 9
y' = - 9/2 = f'(- 1) ( the slope of the tangent )
</span>of the tangent line to the curve <span>at the point (−1,2) is :
y - 2 = (-9/2)(x +1)</span>
Answer: yes we can write nine proper and nine improper fraction with help of these given numbers.
Explanation: Since, a proper fraction is a fraction which has the value less than 1, that is, the value of numerator is less than the value of denominator.
For example p/q is a proper fraction if p<q.
On the other hand, In Improper fraction numerator is greater than denominator.
Since, given numbers are 3,5 and 8
So, the possible proper fractions= ⇒
Similarly, the possible improper fraction= ( Here, )