In the given figure SO and PO are bisectors of two adjacent sides of quadrilateral [angle textQ+angle textR] is

[angle textOSPtext+angle textOPS]

[2(angle textOSPtext+angle textOPS)]

Arrange the given steps in CORRECT order while constructing [Delta PQR]where [PMbot QS]and it is given that [QR=4.2text cm][angle Q=120^o] and [PQ=3.5text cm.] Step 1. Now extend RQ to S and with P as centre and with a sufficient radius draw an arc cutting SO at A and 8. Step 2. Along QX set off [QP=3.5text cm.] Step 3. Draw a line segment [QR=4.2text cm]and construct[angle RQX=120^o]. Step 4. Joint PR. Step 5. Joint PC meeting RQ product at M. Then. [PMbot QS] Step 6. With A as centre and radius more than half AB draw an arc. Now with B as centre and with the same radius draw another arc cutting the previous arc at C.

3\[\to \]2\[\to \]4\[\to \]1\[\to \]6\[\to \]5

1[to ]2[to ]3[to ]4[to ]5[to ]6

4[to ]1[to ]2[to ]3[to ]5[to ]6

2[to ]4[to ]3[to ]1[to ]5[to ]6

low temperature and high pressure.

low temperature and low pressure.

high temperature and low pressure.

high temperature and high pressure.

gives higher conversion efficiency.

has a longer life and is not poisoned by arsenic.

handles lower SO 2 content gas (7 -10% SO 2 ) thus increasing the capital cost of the plant.

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