Hmm
2 times 4=8
3 times 8 is not 27
1 times 1=1
2 times 4=8
3 times 9=27
aka
1 times 1^2=1
2 times 2^2=8
3 times 3^2=27
x times x^2=x^3
the rule is y=x^3
1/10*1700000 = 1700000/10 =170000
Answer:
So, you need 3 days approximately
Step-by-step explanation:
We will use Chain Rule to solve this question.
According to Chain Rule, the work efficiency remains constant.
• WWF×TWWF×T= Constant
• Here W = Work Done, WF = Workforce, T = Time.
Let the number of days needed be 'x'.
Applying Chain Rule,
10×9×6= 15×12×(x)
Or, x=3x=3 day
So, you need 3 days approximately.
Please mark me brainliest
-1,5
Only if you start the new pattern at the starting formula.
Point C is (-1.5, 8.5)
Point E is (1.5, 7.5)
Point H is (6, 6)
Each section is 1.5 x units higher and 0.5 y units lower than Point A so for each section you have add 1.5 to x and subtract 0.5 from y.
i.e.
Point A is (-3, 9). Point C is one section away, so to get point C you simply,
( (-3 + 1.5), (9 - 0.5) ) = (-1.5, 8.5)
