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Study
Ultimate AS Pure True False Quiz (Set 4)
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d²y/dx² > 0 indicates concave down
False It indicates concave up.
Oops!
Okay!
∫sin(2x) dx = ½cos(2x) + c
False Correct is −½cos(2x) + c.
Oops!
Okay!
∫cos(2x) dx = ½ sin(2x) + c
True Chain rule in reverse.
Oops!
Okay!
cos(90°) = 1
False It equals 0.
Oops!
Okay!
ln(1) = 0
True Because e⁰ = 1.
Oops!
Okay!
y = −f(x) reflects graph in x-axis
True y-values are negated.
Oops!
Okay!
∫sec(x) dx = ln|sec(x) + tan(x)| + c
True Standard integral.
Oops!
Okay!
d/dx(sin(x)) = cos(x)
True Standard derivative.
Oops!
Okay!
d/dx(√x) = 1/(2√x)
True Rewrite as x^(1/2) and differentiate.
Oops!
Okay!
∫x² dx = ½x³ + c
False Correct is x³/3 + c.
Oops!
Okay!
log₅(25) = 2
True Since 5² = 25.
Oops!
Okay!
y = 3f(x) is a horizontal stretch
False It’s a vertical stretch.
Oops!
Okay!
tan(180°) = 1
False tan(180°) = 0.
Oops!
Okay!
x² + 2x + 2 = 0 has real solutions
False Discriminant 2² − 8 = −4, no real roots.
Oops!
Okay!
d/dx(1/x) = −1/x²
True Power rule with exponent −1.
Oops!
Okay!
ln(e⁵) = 5
True Log cancels exponential.
Oops!
Okay!
e^(ln(7)) = 7
True Exponential cancels log.
Oops!
Okay!
y = f(x) + 3 is a translation 3 units upwards
True Adding moves graph up.
Oops!
Okay!
The gradient of y = x³ at x = 2 is 8
False Derivative 3x² = 12.
Oops!
Okay!
The gradient of y = x² at x = 4 is 8
True Derivative 2x = 8.
Oops!
Okay!
d²y/dx² of y = x³ is 6x
True Differentiate twice.
Oops!
Okay!
∫cosec(x) dx = ln|cosec(x) − cot(x)| + c
True Another standard integral.
Oops!
Okay!
d/dx(tan(x)) = sec²(x)
True Standard result.
Oops!
Okay!
y = f(−x) reflects graph in y-axis
True x-values are negated.
Oops!
Okay!
cos(180°) = −1
True Unit circle fact.
Oops!
Okay!
tan(90°) is undefined
True Because cos(90°) = 0.
Oops!
Okay!
sin(0°) = 0
True Standard trig fact.
Oops!
Okay!
d²y/dx² of y = x² is 2
True Second derivative is constant.
Oops!
Okay!
d²y/dx² < 0 indicates concave up
False It indicates concave down.
Oops!
Okay!
sin²(x) + cos²(x) = 1
True Fundamental identity.
Oops!
Okay!
log(1000) = 2
False log(1000) = 3.
Oops!
Okay!
f(x) = x² is one-to-one
False f(2) = f(−2), so not one-to-one.
Oops!
Okay!
d/dx(cos(x)) = cos(x)
False It equals −sin(x).
Oops!
Okay!
log₂(8) = 2
False It equals 3, since 2³ = 8.
Oops!
Okay!
1 + tan²(x) = cos²(x)
False It equals sec²(x).
Oops!
Okay!
d/dx(x⁴) = 4x³
True Apply power rule.
Oops!
Okay!
sin(180°) = 0
True Standard trig fact.
Oops!
Okay!
∫e^(−x) dx = −e^(−x) + c
True Differentiate −e^(−x) to check.
Oops!
Okay!
x² − 9 = 0 has roots x = 3 and x = −3
True Factorises as (x − 3)(x + 3).
Oops!
Okay!
f(x) = 2x + 1 has inverse f⁻¹(x) = (x − 1)/2
True Rearrange for x.
Oops!
Okay!
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