SSA Chandigarh JBT Mock Test - 6 Free Online Test 2026

• Metamorphic rocks are made by either heating up or squashing the Earth’s crust. They are often found in mountainous regions. One example is slate. Slate was originally a black mud laid down on the bottom of the sea or lake.

• Sometimes, metamorphic rocks are formed when rocks are close to some molten magma, and so get heated up. When metamorphic rock is formed under pressure, its crystals become arranged in layers. Slate, which is formed from shale, is like this. Slate is useful for making roof tiles because its layers can be split into separate flat sheets.

The Nagarjuna Sagar Dam project harnesses the waters of the Krishna River in Andhra Pradesh and Telangana.

Godwin Austen (K2) is the highest peak in the given options. It is the world’s second tallest peak It is located in the Karakoram Range of the Himalaya in Northern Kashmir. Its height is 8611m.

• Terai is a belt of marshy grasslands, savannahs, and forests located south of the outer foothills of the Himalayas, the Siwalik Hills, and north of the Indo- Gangetic Plain of the Ganges, Brahmaputra and their tributaries.

• The Terai belongs to the Terai-Duar savanna and grasslands ecoregion. In northern India, the Terai spreads eastward from the Yamuna River across Himachal Pradesh, Haryana, Uttarakhand, Uttar Pradesh and Bihar. The region is famous for rice and sugarcane cultivation.

• The Himalayan Mountains and the Alps are young fold mountains with rugged relief and high conical peaks. The Appalachians in North America and the Ural mountains in Russia have rounded features and low elevation. They are very old fold mountains.

• Block Mountains are created when large areas are broken and displaced vertically. The uplifted blocks are termed as horsts and the lowered blocks are called graben. The Rhine valley and the Vosges mountain in Europe are examples of such mountain systems.

• The Aravalli range in India is one of the oldest fold mountain systems in the world yet not associated with volcanic activity.

• The sandblasting of rock surfaces by winds when they hurl sand particles against them is called abrasion.

• The impact of such blasting results in rock surfaces being scratched, polished and worn away. Abrasion is most effective at or near the base of rocks, where the amount of material the wind can carry is greatest.

• This explains why a covering of metal protects telegraph poles in the deserts for a foot or two above the ground. A great variety of desert features are produced by abrasion.

Due to rain shadow area of Sahyadrithe regions between Karnataka and Andhra Pradesh have become semi-arid.

The administrative officer of a port during the Mughal period was called Shah bandar.

Devadana is a village in Chickmaglur Taluk in Chikmaglur district of Karnatka state,India.It belongs to Mysore division.Kannada is the local language spoken here.It is located 31km towards west from district quater Chikmaglur.It is 266km away from thr state capital Banglore.

• Lord William Bentinck was the first governor-general to visualize a Russian threat to India.

• Hence, he was eager to negotiate friendly relations with the ruler of Punjab, Maharaja Ranjit Singh, and the Amirs of Sind.

• His earnest desire was that Afghanistan should be made a buffer state between India and any possible invader. As an initial measure, an exchange of gifts took place between Lahore (capital of Punjab) and Calcutta (the governor's seat).

• It was then followed by the meeting of Bentinck and Ranjit Singh in 1831 at Rupar on the River Sutlej banks.

• The governor-general successfully won Ranjit Singh's friendship, and the Indus Navigation Treaty was concluded between them. This treaty opened up the Sutlej for navigation.

• Also, a commercial treaty was negotiated with Ranjit Singh. A similar treaty was also concluded with the Amirs of Sind.

Let's carefully reevaluate the events related to Siraj-ud-Daulah and his interactions with the British:

I. Protest against the British conquest of Chandranagore
   - This is incorrect Siraj-ud-Daulah did not protest against the British conquest of Chandranagore because it was a French settlement. He was against the British fortifications in Calcutta, not their conflict with the French at Chandranagore.

II. Concede almost all the demands of the British by concluding a Treaty with them
   - This is incorrect. Siraj-ud-Daulah did not concede to British demands. In fact, he was in conflict with the British and wanted to restrain their influence in Bengal. After capturing Calcutta in 1756, the British later recaptured the city and forced him to sign the Treaty of Alinagar in February 1757.

III. Order the British to demolish additional fortifications of Calcutta
   - This is correct  Siraj-ud-Daulah was unhappy with the unauthorized fortifications that the British had made in Calcutta and ordered them to demolish these fortifications, which they ignored.

IV. Besiege and capture Calcutta in June 1756
   - This is correct. Siraj-ud-Daulah besieged and captured Calcutta in June 1756, which led to the Black Hole of Calcutta incident.

Therefore
- Statement I is incorrect.
- Statement II is incorrect.
- Statement III is correct.
- Statement IV is correct.

Thus, the correct option is:
d) III, IV

.

According to the question,
N > M
Y > M
N > X > Y
On arranging the above data, we get
&becaul; N > X > Y > M
So, N is the most intelligent among them.

So Option A is correct

The figure may be labelled as shown.

Triangles:

The simplest triangles are KJN, KJO, CNB, OEF, JIL, JIM, BLA and MFG i.e. 8 in number.

The triangles composed of two components each are CDJ, EDJ, NKO, JLM, JAH and JGH i.e. 6 in number.

The triangles composed of three components each are BKI, FKI, CJA and EJG i.e. 4 in number.

The triangles composed of four components each are CDE and AJG i.e. 2 in number.

The only triangle composed of six components is BKF.

Thus, there are 8 + 6 + 4 + 2 + 1 = 21 triangles in the given figure.

Parallelograms :

The simplest parallelograms are NJLB and JOFM i.e. 2 in number.

The parallelograms composed of two components each are CDKB, DEFK, BIHA and IFGH i.e.4 in number.

The parallelograms composed of three components each are BKJA, KFGJ, CJIB and JEFI i.e.4 in number.

There is only one parallelogram i.e. BFGA composed of four components.

The parallelograms composed of five components each are CDJA, DEGJ, CJHA and JEGH i.e.4 in number.

The only parallelogram composed of six components is CEFB.

The only parallelogram composed of ten components is CEGA.

Thus, there are 2 + 4 + 4 + 1 + 4+ 1 + 1 = 17 parallelograms in the given figure.

(Here note that the squares and rectangles are also counted amongst theparallelograms).

Statements: P ≥ R, R > T, T ≤ A

Conclusions:

I. P > A → False (As P ≥ R > T ≤ A → Thus, there is no clear relationship given between P and A)

II. T < P → True (As P ≥ R > T → T < P)

Hence, Only conclusion II follows.

-5x + 2 < 7x - 4
2 + 4 < 7x + 5x
6 < 12x
x > 1/2

S - 1 = R
T - 2 = R
U - 1 = T
D - 2 = B
E - 1 = D
N - 2 = L
T - 1 = S
STUDENT → RRTBDLS

Similarly,

O - 1 = N
F - 2 = D
F - 1 = E
I - 1 = G
C - 2 = B
E - 1 = C
R - 2 = Q
OFFICER → NDEGBCQ

Since the middle term is not distributed in both the premises, no conclusion can be framed. Secondly, if both the premises begin with "Some" no conclusion can be reached.

Hence, the correct ans is UIJOL which is option b.

(5 x 6 x 8) + (7 x 4 x 9) = 492

and (7 x 5 x 4) + (6 x 8 x 9) = 572

Therefore (4 x 3 x 5) + (7 x 2 x 5) = 130.

N % F @ D $ H # R is expression which tells H is Brother of N.

R occurs at: 22 ;30 ;33 ;34 ;40 ;
A occurs at: 00 ;10 ;11 ;13 ;42 ;
N occurs at: 57 ;59 ;79 ;85 ;88 ;
K occurs at: 56 ;58 ;66 ;96 ;97 ;