Question
In each of the following questions, a sentence is given
with three words marked as (A), (B), and (C). These words may or may not be placed at their correct places. Four options with different arrangements of these words are given. Mark the option with the correct arrangement as your answer. If no arrangement is required then mark option (E) as your answer Despite occasional action (A), the shared commitment to global security and environmental frictions (B) kept the India-France relationship on a resilient (C) trajectory.Solution
the correct sentence is: "Despite occasional frictions, the shared commitment to global security and environmental action kept the India-France relationship on a resilient trajectory."
If '$ means +',Β '# means β,Β '@ means Γ' andΒ '* means Γ·', then what is the value ofΒ ' 16 $ 4 @ 5 # 72 * 8 ' ?
...If in a certain code language β+β represents βΓβ, βββ represents β+β, βΓβ represents βΓ·β and βΓ·β represents βββ....
What will be the value of the given expression after the following interchanges?
Expression: 48 - 12 + 360 Γ· 6 X 4
Interchanges: Sig...
If 'Γ·' means '+', '+' mean '-', 'x' means 'Γ·' and '-' means 'x', then what will be the value of the given expression:
12 β 6 x 2 + 5 Γ· 9
If β%β means (Γ·), β#β means (-), β@β means (Γ), and β&β means (+), then what is the value of the expression:
42 & 12 # 25 % 5 @...
Select the correct combination of mathematical signs that can sequentially replace the β*β signs and balance the given equation.
11 * 4 * 55 ...
If β%β means (Γ·), β#β means (-), β@β means (Γ), and β&β means (+), then what is the value of the expression:
75 & 15 # 50 % 2 @...
If '+' means '-', ' X ' means '+', '-' means 'Γ·' and 'Γ·' means ' X ', then what is the value of the following expression?
480 - 12 + 250 X 3...
In a certain code of language, β+β represents βxβ, β-β represents β+β, βxβ represents βΓ·β and βΓ·β represents β-β what ...
Select the number from among the given options that can replace the question mark (?) in the following series.
24, 35, 51, 73, 102, ?
...