The question asks to identify the director of the highly successful Indian film 'Bahubali'. This requires general knowledge about prominent Indian filmmakers and their notable works.
Correct Option: D) S.S. Rajamouli is the acclaimed director of the 'Bahubali' film series, which includes 'Baahubali: The Beginning' (2015) and 'Baahubali 2: The Conclusion' (2017). These films were major blockbusters and received widespread critical and commercial success.
Insert mathematical symbols in the place of ? to get the result.
((10?10)?25)?10 = 10
The problem requires us to find the correct set of mathematical operators (\(+\), \(-\), \(\times\), \(\div\)) that, when inserted into the given expression, result in the value 10. We will test each option by substituting the operators into the expression and evaluating it.
The given expression is \(((10?10)?25)?10 = 10\).
Substitute the operators into the expression:
\[ ((10 - 10) \times 25) \div 10 \]\[ (0 \times 25) \div 10 \]\[ 0 \div 10 \]\[ 0 \]Substitute the operators into the expression:
\[ ((10 \times 10) \times 25) + 10 \]\[ (100 \times 25) + 10 \]\[ 2500 + 10 \]\[ 2510 \]Substitute the operators into the expression:
\[ ((10 + 10) \div 25) \div 10 \]\[ (20 \div 25) \div 10 \]\[ \frac{20}{25} \div 10 \]\[ \frac{4}{5} \div 10 \]\[ \frac{4}{50} \]\[ \frac{2}{25} \]Substitute the operators into the expression:
\[ ((10 - 10) \times 25) + 10 \]\[ (0 \times 25) + 10 \]\[ 0 + 10 \]\[ 10 \]D) \(−, \times, +\) is the correct set of operators because when substituted into the expression, it yields the result 10.
Which of the following correctly represents the relationship between the following?
A) Metal
B) Glass
C) Vessels
To determine the correct relationship among Metal, Glass, and Vessels, we need to understand how these categories interact. Metal and Glass are materials that can be used to make Vessels. Therefore, Vessels can be made of either Metal or Glass, or a combination of both.
Correct Option: D) The diagram with three intersecting circles correctly represents the relationship between Metal, Glass, and Vessels.
The question asks to identify the recipient of the Padma Bhushan award in 2018 for Sports-Billiards/Snooker. This requires knowledge of prominent Indian sports personalities and national awards.
Correct Option: C) Pankaj Advani was honoured with the Padma Bhushan in 2018 for his outstanding contributions to Billiards and Snooker.
To find the combined ratio of copper to zinc to nickel, we need to make the common element (zinc) have the same proportional value in both given ratios. We will find the least common multiple (LCM) of the zinc values in the two ratios and scale the ratios accordingly.
Identify the given ratios:
Rewrite the second ratio to match the order of elements for the final ratio (Cu : Zn : Ni):
Find the LCM of the zinc values:
Scale the first ratio (Cu : Zn) to make zinc 48:
Scale the second ratio (Zn : Ni) to make zinc 48:
Combine the scaled ratios:
C) 63 : 48 : 14 is the correct ratio of copper to zinc to nickel.
To find the average speed, we need to calculate the total distance covered and divide it by the total time taken. The problem provides both these values directly.
Given:
Convert time to seconds:
\[ 1 \, \text{minute} = 60 \, \text{seconds} \]Now, calculate the average speed:
\[ \text{Average Speed} = \frac{\text{Total Distance}}{\text{Total Time}} \]\[ \text{Average Speed} = \frac{160 \, \text{m}}{60 \, \text{s}} \]\[ \text{Average Speed} = \frac{16}{6} \, \text{ms}^{-1} \]\[ \text{Average Speed} = \frac{8}{3} \, \text{ms}^{-1} \]\[ \text{Average Speed} \approx 2.666... \, \text{ms}^{-1} \]\[ \text{Average Speed} \approx 2.67 \, \text{ms}^{-1} \]D) 2.67 ms⁻¹ is the correct average speed calculated from the total distance and total time.
To find the power of a lens, we use the formula relating power and focal length. It's crucial to remember that the focal length must be in meters for the power to be in dioptres.
Identify the given information:
The focal length of the lens (\(f\)) is 200 centimetre.
Convert focal length to meters:
Since 1 meter = 100 centimetres, we convert 200 centimetres to meters:
Apply the formula for the power of a lens:
The power (\(P\)) of a lens is the reciprocal of its focal length (\(f\)) when \(f\) is expressed in meters:
Calculate the power:
Substitute the focal length in meters into the formula:
D) 0.5 dioptre — The focal length of 200 cm is 2 m. The power is \(1/2 = 0.5\) dioptre.
The question asks for the host city of the 8th annual Global Entrepreneurship Summit (GES) in 2017. This is a factual question requiring knowledge of major international events held in India.
Correct Option: D) Hyderabad was the host city for the 8th annual Global Entrepreneurship Summit (GES-2017).
This question asks for the approximate mass of the Earth. This is a fundamental constant in physics and astronomy that aspirants for competitive exams are expected to know. The mass of the Earth is a very large number, usually expressed in scientific notation.
Correct Option: B) The mass of the Earth is approximately \(6 \times 10^{24}\) kg. This is a standard value used in scientific calculations and general knowledge.
In a code language, FLUTE is written as 62105. What is the code for HARMONICA?
The problem involves decoding a word based on a given code. We need to identify the pattern used to convert the letters of "FLUTE" into the number "62105" and then apply the same pattern to "HARMONICA".
The word is FLUTE and its code is 62105.
Let's check the alphabetical position of each letter:
Let's try a different approach. What if the numbers are not directly related to alphabetical position but are assigned arbitrarily or follow a different rule?
Let's re-examine the given code: FLUTE = 62105.
This pattern seems consistent: if the alphabetical position of a letter is a single digit, that digit is used. If it's a two-digit number, the unit digit of its alphabetical position is used.
Putting these together, the code for HARMONICA is 818354931.
Correct Option: C) 818354931
