diff --git a/test/clojure/core_test/double_qmark.cljc b/test/clojure/core_test/double_qmark.cljc
index 5f0878b..1217442 100644
--- a/test/clojure/core_test/double_qmark.cljc
+++ b/test/clojure/core_test/double_qmark.cljc
@@ -6,58 +6,58 @@
 (when-var-exists clojure.core/double?
   (deftest test-double?
     (are [expected x] (= expected (double? x))
-      #?@(:cljs                         ; In CLJS, all numbers satisfy `double?`
-          [true 0
-           true 1
-           true -1
-           true r/max-int
-           true r/min-int
-           true  0.0
-           true  1.0
-           true  -1.0
-           true (float 0.0) ; surprising since (float? (double 0.0)) = true
-           true (float 1.0) ; surprising since (float? (double 1.0)) = true
-           true (float -1.0) ; surprising since (float? (double -1.0)) = true
-           true  (double 0.0)
-           true  (double 1.0)
-           true  (double -1.0)
-           true  r/max-double
-           true  r/min-double
-           true  ##Inf
-           true  ##-Inf
-           true  ##NaN
-           true 0N
-           true 1N
-           true -1N
-           true 0.0M
-           true 1.0M
-           true -1.0M]
-          :default
-          [false 0
-           false 1
-           false -1
-           false r/max-int
-           false r/min-int
-           true  0.0
-           true  1.0
-           true  -1.0
-           false (float 0.0) ; surprising since (float? (double 0.0)) = true
-           false (float 1.0) ; surprising since (float? (double 1.0)) = true
-           false (float -1.0) ; surprising since (float? (double -1.0)) = true
-           true  (double 0.0)
-           true  (double 1.0)
-           true  (double -1.0)
-           true  r/max-double
-           true  r/min-double
-           true  ##Inf
-           true  ##-Inf
-           true  ##NaN
-           false 0N
-           false 1N
-           false -1N
-           false 0.0M
-           false 1.0M
-           false -1.0M])
+         #?@(:cljs
+             [true 0
+              true 1
+              true -1
+              true r/max-int
+              true r/min-int]
+             :default
+             [false 0
+              false 1
+              false -1
+              false r/max-int
+              false r/min-int])
+         true  0.0
+         true  1.0
+         true  -1.0
+         #?@(:jank
+             [;; Since currently jank doesn't support `float` (`jank::f32`) literal values only `double` (`jank::f64`)
+              ;; literal values, there is no difference in the implementation of `float` and `double`.
+              true (float 0.0)
+              true (float 1.0)
+              true (float -1.0)]
+             :cljs
+             [true (float 0.0)
+              true (float 1.0)
+              true (float -1.0)]
+             :default
+             [false (float 0.0) ; surprising since (float? (double 0.0)) = true
+              false (float 1.0) ; surprising since (float? (double 1.0)) = true
+              false (float -1.0) ; surprising since (float? (double -1.0)) = true
+              ])
+         true  (double 0.0)
+         true  (double 1.0)
+         true  (double -1.0)
+         true  r/max-double
+         true  r/min-double
+         true  ##Inf
+         true  ##-Inf
+         true  ##NaN
+         #?@(:cljs
+             [true 0N
+              true 1N
+              true -1N
+              true 0.0M
+              true 1.0M
+              true -1.0M]
+             :default
+             [false 0N
+              false 1N
+              false -1N
+              false 0.0M
+              false 1.0M
+              false -1.0M])
       #?@(:cljs []                      ; CLJS doesn't have ratios
           :default
           [false 0/2