Answer:
D.
Explanation:
Binary searches are required to be first sorted, since they use process of elimination through halving the list every round until the answer is found. Linear searches just start from the beginning and check one by one.
Answer: a
Explanation: because they have to beat and check the players to move on
The kind of material that is used for DRAM (dynamic random-access memory) is metal-oxide-semiconductor.
<h3>What is DRAM?</h3>
DRAM was invented in 1968. It is a type of RAM used in modern computers and laptops. It is a type of random access memory. Its name is dynamic random access memory.
Metal-oxide-semiconductor is used in making the transistors and capacitors of the DRAM, which are used to store the data. They hold a bit of the data in these capacitors and transistors.
Thus, the material that is used is metal-oxide-semiconductor to make DRAM (dynamic random-access memory).
To learn more about DRAM, refer to the link:
brainly.com/question/20216206
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Answer:
The answer to this question is "Option a".
Explanation:
The description of the JavaScript code as follows:
- In the code, there is two variable defined that are "years and months". The years convert string value in number and calculate years and holds value in years variable and months variable calculate the moths and holds value in months variable.
- Then we use conditional statements in this statement we use two if blocks. In first if block we check that years variable value is equal to 0. if this condition is true. it will print months in the alert box.
- In second if block we check that if months variable value is equal to 0. if this condition is true. it will print years in the alert box.
- In else block, we use an alert box that prints years and months.
Answer:
competitive
Explanation:
An inhibitor is a substance that hinders the action of an enzyme. An inhibitor may be competitive or non competitive.
A competitive inhibitor is an inhibitor that is very similar to the substrate hence it binds to the enzyme instead of the substrate. A noncompetitive inhibitor binds to a site that is different from the active site. This site is called an allosteric site.
If we look at the experiment described in the question, the reaction rate decreases upon addition of the inhibitor. This effect is reversed by adding a large quantity of substrate.
The implication of this observation is that the enzyme and the inhibitor compete for the active site on the substrate.
Hence the inhibitor is a competitive inhibitor.
