Once the reaction time experiment in your MakeCode micro:bit program is complete, Review the tutorial video to make sure you've completed all the steps correctly.
<h3>What is reaction time experiment?</h3>
A reaction time experiment is known to be one that has different set of neural processes. This experiment is known to be one that has been set up to measure or look into the response time for something that one can see.
Note that when the reaction time experiment in your MakeCode micro:bit program is complete, it is better to go over the tutorial video to be sure you that you have completed all the steps correctly.
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The correct option is 3.
When an array is passed as a parameter to a function, it is usually passed as a reference parameter. What is actually passed is the address of its first element. Since arrays are typically passed by reference, it means that if the function changes the value of an element in an array, then the corresponding actual array will change that element. To declare an array of real values as parameter one has to specify the parameters.
Answer:
SELECT WarehouseID, SUM(QuantityOnHand) AS TotalItemsOnHandLT3
FROM INVENTORY
WHERE QuantityOnHand < 3
GROUP BY WarehouseID
ORDER BY TotalItemsOnHandLT3 DESC;
Explanation:
SELECT statement is used to select the columns from the table. Here the columns displayed by SELECT are WareHouseID, Sum of QuantityOnHand which is named as TotalItemsOnHandLT3 using AS which is called alias which is a temporary name to represent one or columns. WHERE clause here depicts a condition that omits all SKU items that have three or more items on hand from the sum. GROUP BY is used to group the resultant set by one or more columns like here it is grouped by WarehouseID. ORDER BY is used to display the result of TotalItemsOnHandLT3 column in descending order.
Answer:
64 terabytes
Explanation:
Given data:
Size of the disk block = 8 KB
Size required by the pointer to a disk block = 4 bytes
Now,
Size required by 12 direct disk blocks = 12 × 8
Size required by single disk block = 2048 × 8 KB
Size required by double disk block = 2048 × 2048 × 8 KB
size required by triple disk block = 2048 × 2048 × 2048 × 8 KB
Now,
the maximum size of the file that can be stored in the this file system = 12 × 8 + 2048 × 8 KB + 2048 × 2048 × 8 KB + 2048 × 2048 × 2048 × 8 KB = 64 terabytes
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