MCQ
Every integer less than $0$ has the sign:
- A$+$
- ✓$-$
- C$\times $
- D$÷$
✓
Answer
Correct option: B.
$-$
Every integer less than $0$ has the negative $(-)$ sign.
Note: An integer is positive, if it is greater than zero and negative, if it is less than zero.
Note: An integer is positive, if it is greater than zero and negative, if it is less than zero.
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
The number of lines of symmetry of the letter $Z$ of the English alphabet is:
→Read the statements carefully.
Statement 1: Two lines are said to be perpendicular if they intersect each other at an angle of $90^\circ $.
Statement 2: A unique circle can be drawn passing through the given centre.
→Statement 1: Two lines are said to be perpendicular if they intersect each other at an angle of $90^\circ $.
Statement 2: A unique circle can be drawn passing through the given centre.
Which of the following options holds?
I think of a number and on adding $13$ to it, I get $27$. The equation for this is:
→Mark the correct alternative of the following:
Which of the following are like fractions?
Which of the following are like fractions?
How do you draw a $90^\circ $ angle?
→Mark $(\checkmark)$ against the correct answer in the following: If $\frac{1}{3}\text{x}+5=8,$ then $\text{x}={}?$
→Mark the correct alternative in the following:
$x + 12 = 12 + 7,$ then by commutativity of addition $x =$
→$x + 12 = 12 + 7,$ then by commutativity of addition $x =$
To construct a perpendicular to a line $(L)$ from a point $(P)$ outside the line, steps are given in jumbled form.Identify the third step from the following.
$1)$ Draw line $PQ.$
$2)$ Draw a line $L$ and consider point $P$ outside the line.
$3)$ Take $P$ as a center, draw $2$ arcs on line L and name it as points $A$ and $B$ respectively.
$4)$ Taking $A$ and $B$ as a center one by one and keeping the same distance in compass, draw the arcs on other side of the plane.The point where these arcs intersect name that point as $Q$.
→$1)$ Draw line $PQ.$
$2)$ Draw a line $L$ and consider point $P$ outside the line.
$3)$ Take $P$ as a center, draw $2$ arcs on line L and name it as points $A$ and $B$ respectively.
$4)$ Taking $A$ and $B$ as a center one by one and keeping the same distance in compass, draw the arcs on other side of the plane.The point where these arcs intersect name that point as $Q$.
Mark $(\checkmark)$ against the correct answer in the following:
A fraction equivalent to $\frac{8}{2}$ is:
→A fraction equivalent to $\frac{8}{2}$ is:
The following pictograph shows the number of absentees in a class of $50$ students during the previous week. On which day were the maximum number of students absent?
→