Since the cake was measured to the degree of accuracy to the nearest 1cm, the cake could either be larger or smaller than the dimensions given by 0.5cm.
So, the largest possible volume would be
(10+0.5)(10+0.5)(5+0.5)=606.375
Since it says to the nearest cm3, we round and get 606 cm3.
Hope this helps!
I hope you can understand my messy handwriting
The inequality for sec (x) < cot (x) is; π/2 < x < π
<h3>How to express trigonometric inequality?</h3>
We are given that;
We want to find the intervals that the trigonometric inequality sec (x) < cot (x) always hold true.
This can also be expressed as;
1/cos (x) < 1/tan (x)
Now, this can happen only in the quadrant where tan (x) is negative and cos x is positive which is in fourth quadrant where;
π/2 < x < π
The inequality for sec (x) < cot (x) is; π/2 < x < π
Read more about Trigonometric Inequality at; brainly.com/question/12094532
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Answer:
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Step-by-step explanation:
<em>Multiply 6 on both sides. </em>.
<em>Simplify it. </em><em />
Therefore, the answer is .
Hope this helped! If not, please let me know! <3
Answer: (2 - 8x2 - 15) = -29/1 = -29
(2 + 12x - 3x) = 0
(2 + 12•x - 3•x) = 0
9x = -2
x = -2/
9
≈ -0.222222
Step-by-step explanation: