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What is the colour of the granite in the kitchen? Statements: 1. The colour of the granite is the colour of the wall. 2. The colour of the granite is very bright.

What is the colour of the granite in the kitchen? Statements: 1. The colour of the granite is the colour of the wall. 2. The colour of the granite is very bright. Correct Answer Neither 1 nor 2 is sufficient to answer the given question

Related Questions

Consider the given question and decide which of the following statements is sufficient to answer the question. What is the colour of the granite in the kitchen? Statements: 1. The colour of the granite is the colour of the wall. 2. The colour of the granite is very bright.
Consider the given question and decide which of the following statements is sufficient to answer the question. What is the colour of the granite in the kitchen? Statements :
1. The colour of the granite is the colour of the wall.
2. The colour of the granite is very bright.
Six friends B1, B2, B3, B4, B5 and B6 are playing a game. Each of them likes one colour among red, yellow, black, white, green and blue. Each of them like one tie among T1, T2, T3, T4, T5 and T6. None of them likes the same colour and None of them likes same tie. One who likes T3 also likes yellow colour. One who likes T5 also likes red colour. B1 don’t like red colour. B6 likes T2 tie and black colour. B2 likes either white colour or green colour. B4 likes T1 tie. One who likes green colour also likes T4 tie. Either B1 or B5 likes T4 tie. B5 like either yellow colour or red colour. If B3 likes T3 tie, then which of the following combination of Tie – Colour – Friend is not correct?
In the question two statements are given, followed by three conclusions, I, II and III. You have to consider the statements to be true even if it seems to be at variance from commonly known facts. You have to decide which of the given conclusions, if any, supports the given statements. Statement 1: All the students in a class are bright. Statement 2: X is NOT bright. Conclusion I: Some students are NOT bright. Conclusion II: X must work hard. Conclusion III: X is NOT a student of that class.
Statements followed by some conclusions are given below. Statements: 1. Most people have orange scooters while some have red ones. 2. People like bright coloured scooters. Conclusions: I. People cannot afford bright coloured scooters. II. Most people prefer orange over other bright colours. Find which of the given conclusions logically follows from the given statements. A. Only conclusion I follows. B. Only conclusion II follows. C. Both I and II follow. D. Neither I nor II follows.
I. All the offices on the 9th floor have wall-to-wall carpeting. II. No wall-to-wall carpeting is pink. III.None of the offices on the 9th floor has pink wall-to-wall carpeting. If the first two statements are true, the third statement is
If the first two statements are true, the third statement is :
I. All the offices on the 9th floor have wall-to-wall carpeting.
II. No wall-to-wall carpeting is pink.
III. None of the offices on the 9th floor has pink wall-to-wall carpeting.
In the question three statements are given, followed by three conclusions, I, II and III. You have to consider the statements to be true even if it seems to be at variance from commonly known facts. You have to decide which of the given conclusions, if any, follows from the given statements. Statement I: No marble is granite. Statement II: All stones are marble. Statement III: Some rocks are stones. Conclusion I: Some rocks are granite. Conclusion II: Some marble are rocks. Conclusion III: No stones are granite.
A refrigerator with a 2 kW motor for powering the compressor gives 6000 kJ of cooling to the refrigerated space during 30 minutes of operation in a thermally insulated kitchen. Calculate the change in internal energy of the kitchen if the condenser coil behind the refrigerator rejects 8000 kJ of heat to the kitchen over the same time period.
In a thermally insulated kitchen, a refrigerator with 2 kW motor for running the compressor provides 6000 kJ of cooling to the refrigerated space during 30 min operation. If the condenser coil placed behind the refrigerator rejects 8000 kJ of heat to the kitchen during the same period, calculate the change in internal energy of the kitchen.