1
GATE ME 2005
MCQ (Single Correct Answer)
+1
-0.3
The following figure was generated from experimental data relating spectral black body emissive power to wave length at three temperatures $${T_1},{T_2}$$ and $${T_3}\left( {{T_1} > {T_2} > {T_3}} \right).$$ GATE ME 2005 Heat Transfer - Radiation Question 25 English

The conclusion is that the measurements are

A
correct because the maximum in $${E_{b\lambda }}$$ show the correct trend
B
correct because Planck's law is satisfied
C
wrong because the Stephen Boltzmannn law is not satisfied
D
wrong because Wien's displacement law is not satisfied
2
GATE ME 2005
MCQ (Single Correct Answer)
+2
-0.6
A solid cylinder (surface $$2$$) is located at the center of a hollow sphere (surface $$1$$). The diameter of the sphere is $$1m,$$ while the cylinder has a diameter and length of $$0.5m$$ each. The radiation configuration factor $${F_{11}}$$ is.
A
$$0.375$$
B
$$0.625$$
C
$$0.75$$
D
$$1$$
3
GATE ME 2005
MCQ (Single Correct Answer)
+2
-0.6
Hot oil is cooled from $${80^ \circ }C$$ to $${50^ \circ }C$$ in an oil cooler which uses air as the coolant. The air temperature rises from $${30^ \circ }C$$ to $${40^ \circ }C$$. the designer uses a $$LMTD$$ value of $${26^ \circ }C$$. the type of heat exchanger is
A
parallel flow
B
double pipe
C
counter flow
D
cross flow
4
GATE ME 2005
MCQ (Single Correct Answer)
+2
-0.6
The distribution of lead-time demand fro an item is as follows: GATE ME 2005 Industrial Engineering - Inventory Control Question 16 English

The reorder level is $$1.25$$ times the expected value of the lead-time demand. The service level is

A
$$25\% $$
B
$$50\% $$
C
$$75\% $$
D
$$100\% $$
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