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Q.46 A variable required to accept the parameter returned by a function must be assigned the function to in

⁽^a)Tr^u^e⁽^b⁾^False
Q.47 The return datatype of the function and that of the variable accepting the returned value can be

different

⁽^a)Tr^u^e⁽^b⁾^False
Q.48 A void function cannot return any parameter

(a)True (b)False

Q.49 The name of the function is case insensitive

(a)True (b)False

Q.50 The prototype declaration can be written without writing the identifiers of the arguments

⁽^a)Tr^u^e⁽^b⁾^False
Q.51 To call a function we need to simply write the name of the function followed by the parameters to be passed in the brackets

⁽^a)Tr^u^e⁽^b⁾^False
Q.52 The variable used to accept the returned value from the called function must be written on the left of the function call statement separated by an ampersand (&) sign

⁽^a)Tr^u^e⁽^b⁾^False
Q.53 The prototype declaration of a function can be the same as the header line of the function calling itself again and again

⁽^a)Tr^u^e⁽^b⁾^False
Q.54 A recursive function may or may not have a condition such that there is an exit from the function calling itself again

⁽^a)Tr^u^e⁽^b⁾^False

Q.55 The actual and formal parameters are the same variables with statement names

⁽^a)Tr^u^e⁽^b⁾^False
Q.56 The actual and formal parameters are

(a)same variables with different names

^(b)^d^if^f^erent^v^arⁱ^a^b^le^na^m^e^{with s}^a^m^e^m^e^m^o^r^y^l^o^catⁱ^oⁿ

^(c⁾^d^if^f^erent^m^e^mo^r^y^l^o^catⁱ^oⁿ^w^ith^di^f^ferent^v^arⁱ^a^b^l^eⁿ^a^m^es

(d) different memory location with same or different names

Q.57 An inline function is one that

⁽^a)^c^allsⁱ^t^self

^(b)rep^l^aces^t^h^e^f^un^c^ti^oⁿ^ca^l^{l wi}^t^h^t^h^e^f^un^ctⁱ^oⁿ^defiⁿ^itⁱ^oⁿ

^(c⁾^h^{as no}^r^e^turn^t^y^p^e

⁽^d⁾ⁿ^oⁿ^e^of^t^h^e^a^b^ove
Q.58 The advantage of an inline function is that the

(a)program size becomes smaller

^(b)ex^e^cution^b^e^c^o^m^es^fa^s^t^er

^(c⁾^f^un^cti^oⁿ^is^wrⁱ^t^t^en^{in the}^sa^m^e^liⁿ^e^with^t^h^e^p^r^o^g^ram

⁽^d⁾ⁿ^oⁿ^e^of^t^h^e^a^b^ove
Q.59 A function can be defined inline by (a)prefixing the keyword “inline” in the function declaration header (b) suffixing the keyword “inline” in the function declaration header (c) prefixing the keyword “inline” in the function prototype

^{(d) suff}ⁱ^xiⁿ^g^t^h^e^k^e^y^w^o^rd^“ⁱⁿ^lⁱⁿ^e”^{in the}^fuⁿ^ctⁱ^o^{n p}^r^o^t^o^t^y^p^e
Q.60 An inline function cannot have any return type

(a)True (b)False

Q.61 An inline function cannot have any return type

⁽^a)Tr^u^e⁽^b⁾^False
Q.62 Array is a collection of mixed data types

(a)True (b)False

_Q_.63_{We can}_h_{ave a}_s_i_n_g_l_{e arr}_a_{y co}_n_t_a_i_n_i_ng

(a)all integers

^(c)³ⁱ^nt^eg^e^rs^aⁿ^d³^f^l^o^at^nu^m^b^ers

(b)5 integers and 5 float numbers

⁽^d⁾^all^of^t^h^e^a^b^ove

_Q_.64_T_he_s_t_a_r_t_i_ng_i_n_d_ex_of_{an a}_r_ray_i_s_a_l_w_ays

(a)0 (c)2

(b)1 (d)none

_Q_.65_T_he_i_n_d_ex_o_f_t_he_l_a_s_t_e_l_e_m_e_n_t_o_f_{an a}_r_ray_o_f_„_n_‟_e_l_e_m_e_n_t_s_w_i_l_l_be

(a)n+1 (c)n-1

(b)n

⁽^d⁾ⁿ^oⁿ^e^of^t^h^e^a^b^ove

Q.66 The size of an array can be changed during the execution of the program

(a)True (b)False

Q.67 The size of an static and cannot be initialized during the execution of the program

(a)True (b)False

Q.68 The correct syntax of declaring an array is (a)[array_size]data_type array _name; (b)array_name data_type [array_size]; (c)data_type array_name [array_size]; (d)data_type [array_size] array_name;
Q.69 The memory space allocated to the array declared as:

ⁱⁿ^t^a^[¹⁰^];

will be_ bytes

⁽^a)10

^(c)³⁰

⁽^b⁾²⁰

⁽^d⁾⁴⁰

Q.70 The memory space allocated to the array declared as:

^f^lo^a^t^a^[¹⁰^];

^w^ill^b^e^_^b^y^t^es

⁽^a)10

^(c)³⁰

⁽^b⁾²⁰

⁽^d⁾⁴⁰

_Q_.71_T_o_a_cc_e_ss_an_e_l_e_m_e_n_t_o_f_an_arr_a_y_t_h_e_ope_r_a_t_o_r_i_s_used

(a),(comma) (c)&(ampersand)

(b);(semi-colon)

⁽^d⁾^[]⁽^s^qu^a^re^b^rac^k^e^t^s)

_Q_.72_T_he₁₀^t^h_e_l_e_m_ent_o_f_a_{n array}_„_a‟_{can be}_ac_c_e_s_se_{d as}

(a)a[10] (c)a[9]

(b)a[11] (d)a[8]

_Q_.73_T_he_m_a_x_i_m_{um n}_u_m_ber_o_f_d_i_m_en_s_i_ons_{an ar}_ra_{y can have}_i_s

(a)1 (c)3

(b)2

⁽^d⁾^N^oⁿ^e^of^t^h^e^a^b^ove

Q.74 In a two-dimensions an array can have is (a)The element with row number ‘i’ and column number ‘j’ (b) The element with row number ‘j’ and column number ‘i’

^(c)^T^h^e^e^l^e^m^ent^with^r^o^wⁿ^u^m^b^er⁽ⁱ^-¹⁾^aⁿ^d^c^o^l^u^mⁿⁿ^u^m^b^er⁽^j^-¹⁾

^(d)^T^h^e^el^e^m^ent^wⁱ^t^h^el^e^m^ent^wⁱ^th^r^o^wⁿ^u^m^b^er⁽^j^-¹⁾^aⁿ^d^c^o^l^u^mⁿⁿ^u^m^b^er(ⁱ^-¹⁾
_Q_.75_A_n_a_rray_o_f_ch_a_ra_ct_ers_t_e_r_mi_n_a_t_ed_w_i_t_{h a}_n_u_l_l_chara_c_t_er_i_s_ca_l_l_ed_as

(a)pointer

^(c)^s^t^r^u^c^tu^re

(b)string

⁽^d⁾ⁿ^oⁿ^e^of^t^h^e^a^b^ove

_Q_.76_T_he_A_S_C_I_{I v}_a_l_ue_o_f_t_{he n}_ul_l_c_h_ara_c_t_er_s_t_o_red_at_t_h_{e end}_o_f_t_h_e_s_t_r_i_ng_i_s

(a)65 (c)0

(b)97

⁽^d⁾ⁿ^oⁿ^e^of^t^h^e^a^b^ove

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