Given that,
Resistance, R = 30 ohms
Current, I = 10 A
To find,
The voltage of the battery.
Solution,
Let V is the voltage of the battery. We can use Ohm's law to find V.
Since, V = IR
Put all the values in the above formula.
V = 10×30
V = 300 Volt
So, the voltage of the battery in the voltmeter is 300 Volt.
Answer:
Agree upon the problem Brainstorm possible
Explanation:
Negative numbers are encoded using the two’s complement technique. Two's complement is used to encode negative numbers.
Option A is correct .
<h3>What method does the in data type use to store negative numbers?</h3>
Most implementations you're likely to encounter store negative signed integers in a form known as two's complement. Another important way of storing negative signed numbers is called one's complement. The one's complement of an N-bit number x is basically defined as x with all bits inverted.
<h3>What is encoding method?</h3>
An encoding technique is the application of established industry conventions to a coded character set to create a coded character scheme. Such rules determine the number of bits required to store the numeric representation of a given character and its code position in the encoding.
Learn more about two complement technique encoding :
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Consider the following code segment, where num is an integer variable.int[][] arr = {{11, 13, 14 ,15},{12, 18, 17, 26},{13, 21,
Setler79 [48]
Answer:
c. 16 17
Explanation:
Given
The above code segment
Required
The output
In the code segment, we have the following iterations:
for (int j = 0; j < arr.length; j++) and for (int k = 0; k < arr[0].length; k++)
The above iterates through all the elements of the array.
The if condition is true, only on two occasions
(i) When i = 0; j = 2
(ii) When i = 3; j = 0
i.e.
arr[0][2] = 14
arr[3[0] = 14
So, the result of the print statement is: j + k + arr[j][k]
(i) When i = 0; j = 2
j + k + arr[j][k] = 0 + 2 + 14 = 16
(ii) When i = 3; j = 0
j + k + arr[j][k] = 3 + 0 + 14 = 17
<em>Hence, (c) 16 17 is true</em>
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