Answer:
I believe it would be 6,000
Answer:
The correct option is <em>B) ultraviolet region, especially below a wavelength of 320 nm.</em>
Explanation:
Ultraviolet light carries an enormous amount of energy in it. It is invisible to the human eye. When UV light with enormous energy and wavelength lesser than 320nm, hits the DNA, it causes changes in the structure of the DNA. Mostly, it affects the thymine nitrogenous base regions and forms pyrimidine dimers. The structure of the DNA changes on all the sites where dimers form and hence, they cannot be properly transcribed.
Cells that do the same job combine together to form body tissue, such as muscle, skin, or bone tissue. Groups of different types of cells make up the organs in your body, such as your heart, liver, or lungs. Each organ has its own job to do, but all organs work together to maintain your body.
It would be C because of the parking lots and roads there would be more producers
Can I be brainliest please
Answer:
(C) Conventional wastewater purification systems have not been fully successful in killing bacteria at cold temperatures
Explanation:
According to the statement, the QuickFreeze’s purification system is a complement to conventional wastewater treatment systems, because it is a system that only kills bacteria at low temperatures. Therefore, <u>municipalities will have to keep their traditional systems for when temperatures aren’t so low</u>.
Let’s consider the different arguments to try to convince the municipality to buy the system:
A) It is an argument that detracts from the need to acquire QF technology since this technology does not control other impurities.
B) It doesn’t help to justify the acquisition of the QF system since this technology it’s not a replacement but a complement.
C) If there are limitations in conventional methods, especially at low temperatures, using the QF system would seem to be an excellent option to kill all bacteria.
D) It is not a strong enough reason to buy it.
E) It is an irrelevant statement.
