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Enzymes that are naturally found in bacteria that cut up “fo…

Enzymes that are naturally found in bacteria that cut up “foreign” DNA and are also used to make a GMO by cutting and pasting together different species’ genes are called:

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If a microbe has the enzyme ______ it is not as likely to ge…

If a microbe has the enzyme ______ it is not as likely to get harmed by H2O2

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 Coenzyme Q, cytochrome c and other cytochromes are part of…

 Coenzyme Q, cytochrome c and other cytochromes are part of the _______

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If you place a bacterium into pure water, what type of solut…

If you place a bacterium into pure water, what type of solution is this?

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Some microbes can use gaseous N2 as an ingredient to make __…

Some microbes can use gaseous N2 as an ingredient to make _______

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Looking at a bacterium under a microscope and seeing that it…

Looking at a bacterium under a microscope and seeing that it is gram positive and had a cocci shape would mainly tell you about its ______

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If you expose a bacterium accustomed to living in the human…

If you expose a bacterium accustomed to living in the human body to a high-salt environment such as 30% (OR a solution with an extremely high sugar concentration), this would be a ______ environment. 

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A very small ball containing a charge -Q hangs from a light…

A very small ball containing a charge -Q hangs from a light string between two vertical charged plates, as shown in the figure. When released from rest, the ball will;  

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In the figure, each capacitor has C = 4.00 µF and Vab = +28….

In the figure, each capacitor has C = 4.00 µF and Vab = +28.0 V. Find the following: NOTE: Answer should be in decimals (i.e 3.1×10-6 would be 0.0000031) and include the unit with your answer.   The equivalent capacitor of the system is [capacitance]. The total charge of the system is [charge] The total energy of the system is [energy] The charge on capacitor C1 is [Q1]. The charge on capacitor C2 is [Q2]. The charge on capacitor C3 is [Q3]. The charge on capacitor C4 is [Q4]. The potential difference across capacitor C1 is [V1]. The potential difference across capacitor C2 is [V2]. The potential difference across capacitor C3 is [V3]. The potential difference across capacitor C4 is [V4]. The energy in capacitor C1 is [U1]. The energy in capacitor C2 is [U2]. The energy in capacitor C3 is [U3]. The energy in capacitor C4 is [U4].

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A parallel-plate capacitor with plate separation of 1.0 cm h…

A parallel-plate capacitor with plate separation of 1.0 cm has square plates, each with an area of 6.0 × 10-2 m2. What is the capacitance of this capacitor if a dielectric material with a dielectric constant of 2.4 is placed between the plates, completely filling them? NOTE: Answer should be in decimals (i.e 3.1×10-6 would be 0.0000031) and include the unit with your answer.

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