What is a correct method to round decimals in NumPy?np.fix()np.trunc()np.around()All the other 3 are rounding methods in NumPyNext ❯

Question 1Read the description given by1help(round)Then select the function call(s) below that run without error. You can check your answers by running the code in the Python Shell.1 pointround(45.345, 2)round(45.345, 2)round(45)round(45)round(45.8)round(45.8)round()round()round(45.345, 2, 5)round(45.345, 2, 5)

What is the purpose of NumPy in Python?BothTo do numerical calculationsTo do scientific computingNone of the above

import numpy as np def convert_to_fixed(floating_point): # convert floating_point to fixed-point format # return fixed_point as a string of the binary representation of this converted number fin_int = int(floating_point*2**5) b = bin(fin_int) fixed_point = '' i = len(b) - 2 if fin_int > 0: fixed_point += '0' else: fixed_point += '1' while i < 8: fixed_point += '0' i += 1 for i in range(2, len(b)): fixed_point += b[i] return fixed_point print(convert_to_fixed(3.013)) and you want to store this number using the format. This will require bits. The process to convert a floating-point number into a fixed-point number can be described by the following steps: Multiply the float by : Round the result to the nearest integer. Your result should be . Convert this integer to binary representation, where the binary representation is stored as a string. You can use the bin() function. Just be aware that the format returned by bin() is not exactly the binary representation. For example, bin(24) = '0b11000' and bin(-24) = '-0b11000', but the binary representation of the number 24 is '11000'. If this string has less than bits, then pad the left with zeros: '11000' -> '00011000'. Else, store the right-most bits. Add the sign bit ('0' or '1') to the binary number on the left: '00011000'->'000011000' Task: Write a function that takes a floating-point number, converts it to fixed-point and returns a string containing the 9-bit binary representation of the fixed-point number in Q(3.5) format. Your code snippet should define the following function:

Here is the help for function roundround:7456123   same type as the number. ndigits may be negative.    round(number[, ndigits]) -> number        Round a number to a given precision in decimal digits (default 0 digits).       This returns an int when called with one argument, otherwise the    Help on built-in function round in module builtins: round(...)    Select the number of arguments that function roundround can take.

Problem Statement:Round off the given floating point value with accurate to 2 decimal places.Input Format:Accept a floating point valueOutput Format:Print the value accurate to 2 decimal placesConstraints:3.4E-4932 <= inp <= 1.1E+4932Sample Input 1:-165.12859Sample Output 1:-165.13Sample Input 2:12.53412Sample Output 2:12.53