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Mathematics
UTME / JAMB 2026
Solution
Find 321\(_{\text{six}} \times 3_{\text{six}}\)
A
3013\(_{six}\)
B
1103\(_{six}\)
C
1403\(_{six}\)
D
3103\(_{six}\)
Mathematics
UTME / JAMB 2026
Solution
Convert 111.101\(_{\text{two}}\) to a number in base 10.
A
6\(\frac{5}{8}\)
B
9
C
7\(\frac{5}{8}\)
D
8
Mathematics
UTME / JAMB 2026
Solution
Solve the equation Log\(_2\)x + 3Log\(_2\)x = 16
A
12
B
16
C
4
D
8
Mathematics
UTME / JAMB 2026
Solution
The gradient and y-intercept of the straight line 2x − 3y = 4 are respectively
A
\(\frac{2}{3}\) and \(\frac{-4}{3}\)
B
\(\frac{-2}{3}\) and \(\frac{4}{3}\)
C
\(\frac{2}{3}\) and \(\frac{4}{3}\)
D
\(\frac{-2}{3}\) and \(\frac{-4}{3}\)
Mathematics
UTME / JAMB 2026
Solution
Find the mean deviation of 1, 2, 3, and 4.
A
1.0
B
2.0
C
2.5
D
1.5
Mathematics
UTME / JAMB 2026
Solution
How many possible ways are there of seating 6 people at a circular table?
A
20
B
48
C
60
D
120
Physics
UTME / JAMB 2026
Diagram
Solution
The points marked A and B respectively represent
A
Half number of decayed atoms and half-life
B
Half number of atoms initially present and half-life
C
Decay constant and half-life
D
Half number of atoms initially present and time of decay
Physics
UTME / JAMB 2026
Solution
I. Have only potential energy
II. Can stay on parking orbit
III. Have velocities lower than velocity of escape
Which of the above are correct about artificial Earth satellite?
A
II and III only
B
I and II only
C
I and III only
D
I, II and III only
Physics
UTME / JAMB 2026
Solution
In parking orbit, the satellite revolves the earth once in every
A
5200 minutes
B
3480 minutes
C
1440 minutes
D
2366 minutes
Physics
UTME / JAMB 2026
Solution
The simple machine for which the fulcrum is between the load and effort is
A
third-class levers
B
first order levers
C
second class levers
D
automatic levers
Physics
UTME / JAMB 2026
Solution
A body accelerates from rest at the rate of 5.0 m s\(^{-2}\). Calculate the time taken to cover the distance of 160.0 m
A
4.0 s
B
32.0 s
C
8.0 s
D
16.0 s
Physics
UTME / JAMB 2026
Diagram
Solution
From the figure, a uniform metre rule of weight 20 N is in equilibrium. A string is attached at the 0 cm mark, and a pivot is placed 30 cm from the 0 cm end (70 cm from the other end). Calculate the tension T in the string.
A
5 N
B
15.4 N
C
11.5 N
D
25.3 N
Physics
UTME / JAMB 2026
Solution
Calculate the minimum force F required to lift up a 0.5 m uniform rod of weight 30 N at the 50 cm mark.
A
30 N
B
18 N
C
15 N
D
20 N