Limiting reagents are the chemicals that limit the formation of the products in the reaction. Bolts will limit product formation.
<h3>What are limiting and excess reagents?</h3>
Limiting reagents are the chemical reactants that are present in less quantity and get consumed first hence limiting the product formation. In the above case, bolts are limiting reagents as they are less in number and limit the formation of the nut bolt attachment.
Excess reagents are chemicals that are present in more quantities and remain even after the product is formed. Hence, nuts are excess reagents as they are present in more quantities and will remain even if bolts are finished.
Therefore, bolts limit product formation.
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C is the best choice for this
Of segments and, which of the segments has a greater area based on the given information circle has a radius 12m has the greater base.
<h3>What is the area of base?</h3>
Substitute the fee of "r" into the equation for the place of a circle: place = πr^2. Note that π is the image for pi, which is about three.14. For example, a circle with a radius of three cm could yield an equation like this: place = π3^2.
- Once you discover the place of the world, all you need to do is get the place of the triangle after which subtract the place of the triangle from the world and to be able to let you know the place of CFD and CED and can help you realize which one is more.
- For instance, Lets discover A, area place = 90/360 x πx10 ^ 2 = 25pi
- Now we could get the place of the triangle, that is place triangle = 1/2x bh xsin C
- Now we could discover B of the triangle, that is place angle = 1/2x bhx sin place triangle = 1/2 x 12 x12sin 60 = 36 sqrt ( three CFD=sec place - place of gle = 24 pi-36 sqrt three)=13.04m^ .
- So A has the more area base.
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Answer:
50 g
Explanation:
The equation for density is D= m/v
In this case if we plug in the information into the equation, we get:
1 g/mL = m/ 50 mL
m = 50 g
So our answer is 50 g